NSF Product and Service Listings

[1] Colors: Dark Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 50
    Maximum thinner: None
    Final Cure Time and Temperature: 6233W 4G: 30-45 seconds at 450°F; 6233W 8G: 60-90
    seconds at 450°F; 6233W 11G: 90-120 seconds at 450°F
    Special Comments: Preheat part to 425° - 488° F before application of powder.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 206N: 10 minutes at 400°F; 206N Extra LG: 16 minutes at
    400°F; 206N Fluid Bed: 10 minutes at 400°F; 206N Long Gel: 10 minutes at 400°F
[4] Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 60
    Maximum Thinner: None
    Final Cure Time and Temperature: 25 minutes at 425° F
[5] Certified for a maximum surface area to volume ratio of 122.1 sq. in./L for pump end use.

[1] Colors: Dark Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 50
    Maximum thinner: None
    Final Cure Time and Temperature: 6233W 4G: 30-45 seconds at 450°F; 6233W 8G: 60-90
    seconds at 450°F; 6233W 11G: 90-120 seconds at 450°F
    Special Comments: Preheat part to 425° - 488° F before application of powder.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 206N: 10 minutes at 400°F; 206N Extra LG: 16 minutes at
    400°F; 206N Fluid Bed: 10 minutes at 400°F; 206N Long Gel: 10 minutes at 400°F
[4] Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 60
    Maximum Thinner: None
    Final Cure Time and Temperature: 25 minutes at 425° F
[5] Certified for a maximum surface area to volume ratio of 122.1 sq. in./L for pump end use.

[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 206N: 10 minutes at 400°F; 206N Extra LG: 16 minutes at
    400°F; 206N Fluid Bed: 10 minutes at 400°F; 206N Long Gel: 10 minutes at 400°F
[3] Certified for a maximum surface area to volume ratio of 122.1 sq. in./L. for pump end
    use.
[4] Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 60
    Maximum Thinner: None
    Final Cure Time and Temperature: 25 minutes at 425° F
[5] Certified for a maximum surface area to volume ratio of 122.1 sq. in./L for pump end use.

[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 206N: 10 minutes at 400°F; 206N Extra LG: 16 minutes at
    400°F; 206N Fluid Bed: 10 minutes at 400°F; 206N Long Gel: 10 minutes at 400°F
[4] Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 60
    Maximum Thinner: None
    Final Cure Time and Temperature: 25 minutes at 425° F

[1] Colors: Dark Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 50
    Maximum thinner: None
    Final Cure Time and Temperature: 6233W 4G: 30-45 seconds at 450°F; 6233W 8G: 60-90
    seconds at 450°F; 6233W 11G: 90-120 seconds at 450°F
    Special Comments: Preheat part to 425° - 488° F before application of powder.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 206N: 10 minutes at 400°F; 206N Extra LG: 16 minutes at
    400°F; 206N Fluid Bed: 10 minutes at 400°F; 206N Long Gel: 10 minutes at 400°F
[4] Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 60
    Maximum Thinner: None
    Final Cure Time and Temperature: 25 minutes at 425° F
[5] Certified for a maximum surface area to volume ratio of 122.1 sq. in./L for pump end use.

[1] Colors: Blue, White
    Number of coats: 3
    Maximum field use dry film thickness (in mils): 45 (15 mils/coat)
    Recoat cure time and temperature: 6 hours at 77°F
    Final cure time and temperature: 7 days at 77°F
    Special Comments: Mix ratio of Part A:B is 2:1 by volume

[1] Colors: Blue, White
    Number of coats: 3
    Maximum field use dry film thickness (in mils): 45 (15 mils/coat)
    Recoat cure time and temperature: 6 hours at 77°F
    Final cure time and temperature: 7 days at 77°F
    Special Comments: Mix ratio of Part A:B is 2:1 by volume

[1] Colors: Blue, White
    Number of coats: 3
    Maximum field use dry film thickness (in mils): 45 (15 mils/coat)
    Recoat cure time and temperature: 6 hours at 77°F
    Final cure time and temperature: 7 days at 77°F
    Special Comments: Mix ratio of Part A:B is 2:1 by volume

[1] Colors: Blue, White
    Number of coats: 3
    Maximum field use dry film thickness (in mils): 45 (15 mils/coat)
    Recoat cure time and temperature: 6 hours at 77°F
    Final cure time and temperature: 7 days at 77°F
    Special Comments: Mix ratio of Part A:B is 2:1 by volume

[1] Colors: Blue, White
    Number of coats: 3
    Maximum field use dry film thickness (in mils): 45 (15 mils/coat)
    Recoat cure time and temperature: 6 hours at 77°F
    Final cure time and temperature: 7 days at 77°F
    Special Comments: Mix ratio of Part A:B is 2:1 by volume

[1] Coating Notes:
    Color: Gray
    Number of Coats: 2 - 4
    Maximum Field Use Dry Thickness (in mils): 2000 mils
    Recoat Cure Time and Temperature: 1 hour at 75°F
    Final Cure Time/Temperature: 7 days @ 75°F
    Special Comments: Mix ratio is 4 quarts of water to one 60 lb bag of Cemtec Silatec PW. 
    Ensure proper surface preparation guidelines are followed prior to installation.

[1] Coating Notes:
    Color: Gray
    Number of Coats: 2 - 4
    Maximum Field Use Dry Thickness (in mils): 2000 mils
    Recoat Cure Time and Temperature: 1 hour at 75°F
    Final Cure Time/Temperature: 7 days @ 75°F
    Special Comments: Mix ratio is 4 quarts of water to one 60 lb bag of Cemtec Silatec PW. 
    Ensure proper surface preparation guidelines are followed prior to installation.

[1] Coating Notes:
    Color: Gray
    Number of Coats: 2 - 4
    Maximum Field Use Dry Thickness (in mils): 2000 mils
    Recoat Cure Time and Temperature: 1 hour at 75°F
    Final Cure Time/Temperature: 7 days @ 75°F
    Special Comments: Mix ratio is 4 quarts of water to one 60 lb bag of Cemtec Silatec PW. 
    Ensure proper surface preparation guidelines are followed prior to installation.

[1] Colors: Blue
    Number of Coats: 1-5
    Maximum Field Use Dry Thickness (in mils): 100 mils (50 per coat)
    Recoat Cure Time and Temperature: Immediate
    Final Cure Time/Temperature: 3 days at 72° F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume. This material is
    applied using a high-pressure plural component pump.

[1] Colors: Blue
    Number of Coats: 1-5
    Maximum Field Use Dry Thickness (in mils): 100 mils (50 per coat)
    Recoat Cure Time and Temperature: Immediate
    Final Cure Time/Temperature: 3 days at 72° F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume. This material is
    applied using a high-pressure plural component pump.

[1] Colors: Blue
    Number of Coats: 1-5
    Maximum Field Use Dry Thickness (in mils): 100 mils (50 per coat)
    Recoat Cure Time and Temperature: Immediate
    Final Cure Time/Temperature: 3 days at 72° F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume. This material is
    applied using a high-pressure plural component pump.

[1] Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Final Cure Time and Temperature: 15 minutes at 350°F

[1] Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Final Cure Time and Temperature: 15 minutes at 350°F

[2] Colors: Red
    Number of Coats: 1
    Maximum field use dry film thickness (in mils): 20
    Final cure time and temperature: 20 minutes at 220° C 
    Special Comments: Preheat at 200-230° C
[3] Colors: 	Rust, Black
    Number of Coats: 1
    Maximum field use dry film thickness (in mils): 20
    Final cure time and temperature: 20 minutes at 428°F 

[2] Colors: Red
    Number of Coats: 1
    Maximum field use dry film thickness (in mils): 20
    Final cure time and temperature: 20 minutes at 220° C 
    Special Comments: Preheat at 200-230° C
[3] Colors: 	Rust, Black
    Number of Coats: 1
    Maximum field use dry film thickness (in mils): 20
    Final cure time and temperature: 20 minutes at 428°F 

[1] Colors: Blue, white, yellow
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure: 20 minutes at 428°F
[2] Colors: Red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat at 200°C - 230°C
[3] Colors: Black, rust
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 428°F
[4] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20 
    Recoat Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Pre-heat at 200°C - 230°C
[5] Colors: Blue										
    Number of Coats: 1										
    Maximum field use dry film thickness (in mils): 20										
    Final cure time and temperature: See special comments										
    Special comments: Pre-heat parts to 190-210°C. The coating is considered self-curing if
    the wall thickness of the part is 										
    greater than 8 mm (the coating will be cured by the time the part reaches ambient temp).
    If the preheated part is less than 										
    8 mm, the part will require a post-cure of 3-8 min at 190-210°C (374°F).
[6] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20	
    Final Cure Time and Temperature: 20 minutes at 428°F
    Special Comments: Self curing on 8 mm or heavier steel at 392°F - 428°F metal
    temperature.
[7] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 35	
    Final Cure Time and Temperature: 455°F metal temperature and post cured for 10 minutes
    at 455°F
    Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot.  Plates
    are then post cured for 10 minutes at 455°F.
[8] Colors: Red brown
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner:  None
    Final Cure Time and Temperature: 20 minutes at 428ºF

[7] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 35	
    Final Cure Time and Temperature: 455°F metal temperature and post cured for 10 minutes
    at 455°F
    Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot.  Plates
    are then post cured for 10 minutes at 455°F.
[9] Number of Coats: 1
    Maximum Field Use Dry Thickness: 10 mils
    Final Cure Time/Temperature: 10 minutes at 400°F
[10] Colors: White, Grey			
     Number of Coats: 1			
     Maximum field use dry film thickness (in mils): 10			
     Final cure time and temperature: 15 minutes at 350° F

[9] Number of Coats: 1
    Maximum Field Use Dry Thickness: 10 mils
    Final Cure Time/Temperature: 10 minutes at 400°F
[10] Colors: White, Grey			
     Number of Coats: 1			
     Maximum field use dry film thickness (in mils): 10			
     Final cure time and temperature: 15 minutes at 350° F

[1] Colors: Blue, white, yellow
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure: 20 minutes at 428°F
[2] Colors: Red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat at 200°C - 230°C
[3] Colors: Black, rust
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 428°F
[4] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20 
    Recoat Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Pre-heat at 200°C - 230°C
[5] Colors: Blue										
    Number of Coats: 1										
    Maximum field use dry film thickness (in mils): 20										
    Final cure time and temperature: See special comments										
    Special comments: Pre-heat parts to 190-210°C. The coating is considered self-curing if
    the wall thickness of the part is 										
    greater than 8 mm (the coating will be cured by the time the part reaches ambient temp).
    If the preheated part is less than 										
    8 mm, the part will require a post-cure of 3-8 min at 190-210°C (374°F).
[6] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20	
    Final Cure Time and Temperature: 20 minutes at 428°F
    Special Comments: Self curing on 8 mm or heavier steel at 392°F - 428°F metal
    temperature.
[7] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 35	
    Final Cure Time and Temperature: 455°F metal temperature and post cured for 10 minutes
    at 455°F
    Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot.  Plates
    are then post cured for 10 minutes at 455°F.
[8] Colors: Red brown
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner:  None
    Final Cure Time and Temperature: 20 minutes at 428ºF

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 15 minutes at 350°F
    Special Comments: Preheat substrate to 350° F.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
    heat to 350°F for 15 minutes.
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 15
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 350°F
    Special Comments: Preheat substrate to 350°F
[4] Coating Notes:
    Colors: Blue, White, Yellow
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: None
    Final Cure Time/Temperature: 20 minutes at 428° F
[5] Colors: Red-Brown 					
    Number of Coats: 1							
    Maximum field use dry film thickness (in mils): 14							
    Final cure time and temperature: 20 minutes at 200°C 							
    Special Comments: Preheat substrate to 200°C - 220°C (HGF6AQF), Preheat substrate to
    190°C - 210°C (HGC24QF)
[6] Coating Notes:
    Colors: Rust, Black
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20
    Final Cure Time/Temperature: 20 minutes at 428°F
[7] Coating Notes:
    Colors: Blue
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature: 20 minutes at 220° C
    Special Comments: Pre-heat at 200 - 230° C
[8] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 18
    Final Cure Time and Temperature:: 1 minute at 475ºF	
    Special Comments: Preheat panel to 650ºF before coating
[9] Colors: Blue							
    Number of Coats: 1							
    Maximum field use dry film thickness (in mils): 20							
    Final Cure Time/Temp: See special comments							
    Special Comments: Pre-heat parts to 190-210°C. The coating is considered self-curing if
    the wall thickness 							
    of the part is greater than 8 mm (the coating will be cured by the time the part reaches
    ambient temp). If 							
    the preheated part is less than 8 mm, the part will require a post-cure of 3-8 min at
    190-210°C (374°F).							
[10] Colors: Blue		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 20		
     Final cure time and temperature:  20 minutes at 428°F 
[11] Coating Notes:
     Number Of Coats: 1
     Maximum Field Use Dry Thickness(in mils): 20
     Final Cure Time/Temperature: 20 minutes at 428°F
     Special Comments: Self curing on 8 mm or heavier steel at 392°F - 428°F metal
     temperature.
[12] Colors: Blue			
     Number of Coats: 1			
     Maximum field use dry film thickness (in mils): 14			
     Final cure time and temperature: 20 minutes at 200°C 			
     Special Comments: Preheat substrate to 200°C - 220°C
[13] Coating Notes:
     Number Of Coats: 1
     Maximum Field Use Dry Thickness(in mils): 35
     Final Cure Time/Temperature: 455°F metal temperature and post cured for 10 minutes at
     455°F
     Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot. Plates are
     then post cured for
     10 minutes at 455°F.
[14] Number of Coats: 1
     Maximum Field Use Dry Film Thickness (in mils): 16
     Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
     heat part to 350°F for 20 minutes.
[15] Colors: Red		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 10		
     Final cure time and temperature: 15 minutes at 350° F  

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 15 minutes at 350°F
    Special Comments: Preheat substrate to 350° F.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
    heat to 350°F for 15 minutes.
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 15
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 350°F
    Special Comments: Preheat substrate to 350°F
[8] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 18
    Final Cure Time and Temperature:: 1 minute at 475ºF	
    Special Comments: Preheat panel to 650ºF before coating
[13] Coating Notes:
     Number Of Coats: 1
     Maximum Field Use Dry Thickness(in mils): 35
     Final Cure Time/Temperature: 455°F metal temperature and post cured for 10 minutes at
     455°F
     Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot. Plates are
     then post cured for
     10 minutes at 455°F.
[14] Number of Coats: 1
     Maximum Field Use Dry Film Thickness (in mils): 16
     Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
     heat part to 350°F for 20 minutes.
[15] Colors: Red		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 10		
     Final cure time and temperature: 15 minutes at 350° F  

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 15 minutes at 350°F
    Special Comments: Preheat substrate to 350° F.
[2] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
    heat to 350°F for 15 minutes.
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 15
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 350°F
    Special Comments: Preheat substrate to 350°F
[8] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 18
    Final Cure Time and Temperature:: 1 minute at 475ºF	
    Special Comments: Preheat panel to 650ºF before coating
[14] Number of Coats: 1
     Maximum Field Use Dry Film Thickness (in mils): 16
     Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
     heat part to 350°F for 20 minutes.
[15] Colors: Red		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 10		
     Final cure time and temperature: 15 minutes at 350° F  

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 15 minutes at 350°F
    Special Comments: Preheat substrate to 350° F.
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 15
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 350°F
    Special Comments: Preheat substrate to 350°F
[4] Coating Notes:
    Colors: Blue, White, Yellow
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: None
    Final Cure Time/Temperature: 20 minutes at 428° F
[5] Colors: Red-Brown 					
    Number of Coats: 1							
    Maximum field use dry film thickness (in mils): 14							
    Final cure time and temperature: 20 minutes at 200°C 							
    Special Comments: Preheat substrate to 200°C - 220°C (HGF6AQF), Preheat substrate to
    190°C - 210°C (HGC24QF)
[6] Coating Notes:
    Colors: Rust, Black
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20
    Final Cure Time/Temperature: 20 minutes at 428°F
[7] Coating Notes:
    Colors: Blue
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature: 20 minutes at 220° C
    Special Comments: Pre-heat at 200 - 230° C
[8] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 18
    Final Cure Time and Temperature:: 1 minute at 475ºF	
    Special Comments: Preheat panel to 650ºF before coating
[9] Colors: Blue							
    Number of Coats: 1							
    Maximum field use dry film thickness (in mils): 20							
    Final Cure Time/Temp: See special comments							
    Special Comments: Pre-heat parts to 190-210°C. The coating is considered self-curing if
    the wall thickness 							
    of the part is greater than 8 mm (the coating will be cured by the time the part reaches
    ambient temp). If 							
    the preheated part is less than 8 mm, the part will require a post-cure of 3-8 min at
    190-210°C (374°F).							
[10] Colors: Blue		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 20		
     Final cure time and temperature:  20 minutes at 428°F 
[11] Coating Notes:
     Number Of Coats: 1
     Maximum Field Use Dry Thickness(in mils): 20
     Final Cure Time/Temperature: 20 minutes at 428°F
     Special Comments: Self curing on 8 mm or heavier steel at 392°F - 428°F metal
     temperature.
[12] Colors: Blue			
     Number of Coats: 1			
     Maximum field use dry film thickness (in mils): 14			
     Final cure time and temperature: 20 minutes at 200°C 			
     Special Comments: Preheat substrate to 200°C - 220°C
[13] Coating Notes:
     Number Of Coats: 1
     Maximum Field Use Dry Thickness(in mils): 35
     Final Cure Time/Temperature: 455°F metal temperature and post cured for 10 minutes at
     455°F
     Special Comments: Metal plates are pre-heated to 455°F and sprayed while hot. Plates are
     then post cured for
     10 minutes at 455°F.
[14] Number of Coats: 1
     Maximum Field Use Dry Film Thickness (in mils): 16
     Special Comments: Preheat part before powder application to 350°F for 20 minutes. Post
     heat part to 350°F for 20 minutes.
[15] Colors: Red		
     Number of Coats: 1		
     Maximum field use dry film thickness (in mils): 10		
     Final cure time and temperature: 15 minutes at 350° F  

[1] Colors: Blue, Red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20 mils
    Recoat Cure Time and Temperature: 20 minutes at 428°F
    

[1] Colors: Blue, Red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20 mils
    Recoat Cure Time and Temperature: 20 minutes at 428°F
    

[1] Colors: Blue, white
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[2] Color: Blue, red, red-brown
    Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[3] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 12
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[4] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 200°C
    Special Comments: Preheat substrate to 180°C - 220°C
[5] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: No Thinner
    Final Cure Time and Temperature: 20 minutes at 220°C / 428°F
    Special Comments: Preheat substrate to 200°C - 230°C

[1] Colors: Blue, white
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[2] Color: Blue, red, red-brown
    Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[4] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 200°C
    Special Comments: Preheat substrate to 180°C - 220°C

[1] Colors: Blue, white
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[2] Color: Blue, red, red-brown
    Number of Coats: 1
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[3] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 12
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 220°C
    Special Comments: Preheat temperature 200°C - 230°C
[4] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Final Cure Time and Temperature: 20 minutes at 200°C
    Special Comments: Preheat substrate to 180°C - 220°C
[5] Colors: Blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: No Thinner
    Final Cure Time and Temperature: 20 minutes at 220°C / 428°F
    Special Comments: Preheat substrate to 200°C - 230°C

[2] Colors : Cream, Light Blue, Red					
    Number Of Coats: 1					
    Maximum Field Use Dry Thickness (in mils): 60 mils					
    Final Cure Time/Temperature:173 hours at 25°C					
    Special Comments: Mix ratio of Part A:B = 2.5:1 by volume. Application is by plural
    component spray gun.

[1] Colors : Yellow, Light Blue, Red
    Number Of Coats: 1
    Maximium Field Use Dry Thickness (in mils): 240 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio of Part A:B = 1.5:1 by volume. Application is by plural
    component spray gun. Minimum mil thickness 120 mils
    

[2] Colors : Cream, Light Blue, Red					
    Number Of Coats: 1					
    Maximum Field Use Dry Thickness (in mils): 60 mils					
    Final Cure Time/Temperature:173 hours at 25°C					
    Special Comments: Mix ratio of Part A:B = 2.5:1 by volume. Application is by plural
    component spray gun.

[1] Colors : Yellow, Light Blue, Red
    Number Of Coats: 1
    Maximium Field Use Dry Thickness (in mils): 240 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio of Part A:B = 1.5:1 by volume. Application is by plural
    component spray gun. Minimum mil thickness 120 mils
    

[2] Colors : Cream, Light Blue, Red					
    Number Of Coats: 1					
    Maximum Field Use Dry Thickness (in mils): 60 mils					
    Final Cure Time/Temperature:173 hours at 25°C					
    Special Comments: Mix ratio of Part A:B = 2.5:1 by volume. Application is by plural
    component spray gun.

[2] Colors : Cream, Light Blue, Red					
    Number Of Coats: 1					
    Maximum Field Use Dry Thickness (in mils): 60 mils					
    Final Cure Time/Temperature:173 hours at 25°C					
    Special Comments: Mix ratio of Part A:B = 2.5:1 by volume. Application is by plural
    component spray gun.

[1] Colors : Yellow, Light Blue, Red
    Number Of Coats: 1
    Maximium Field Use Dry Thickness (in mils): 240 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio of Part A:B = 1.5:1 by volume. Application is by plural
    component spray gun. Minimum mil thickness 120 mils
    

[1] Colors: Black
    Number of Coats: 2
    Sequence of Coats: Primer: Rilprim P23 V40 or Primgreen LAT 12035; Topcoat: Listed
    Product
    Maximum Field Use Dry Film Thickness (in mils): Primer: 0.5; Topcoat: 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Then heat substrate for 8 minutes at 330ºC. Quickly convey and
    then dip panel into fluidized bed for 3 seconds, while shaking. Powder Target DFT = 10 -
    20 mils. Cool down at ambient air, 20ºC.
[2] Colors: Blue
    Number of Coats: 2
    Sequence of Coats: (1) Primgreen™ LAT 12035 or Rilprim P23V40 (2) Listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 28 (topcoat)
    Maximum Thinner: None
    Recoat Cure Time and Temperature: Primer: 30 minutes at ambient; Topcoat: 20 minute
    preheat of primed panels at 290°C
    Final Cure Time and Temperature: 1 minute 30 secs at 220°C to post fuse the remainder of
    the panel.
    Primgreen LAT 12035 primer is authorized for use in pipes 6" and greater, fittings 2"
    and greater, and valves 2" and greater.
[3] Colors: Grey
    Number of Coats: 2
    Sequence of Coats: Primgreen LAT 12035 then listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 20 (topcoat)
    Maximum Thinner: N/A
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Heat substrate 8 minutes at 330ºC. Quickly convey and then dip
    panel into fluidized bed during 3 sec, while shaking. Powder Target DFT = 10 - 20 mil.
    Cool down at ambient air, 20ºC.
[4] Colors: White
    Number of Coats:  2
    Sequence of Coats:  Primer:  Primgreen LAT 12035; Topcoat: Listed Product
    Maximum Field Use Dry Film Thickness (in mils):  Primer: 0.5; Topcoat: 20
    Recoat Cure Time and Temperature:  30 minutes at 20°C followed by 8 minutes at 330°C
    Final Cure Time and Temperature:  None (see special comments)
    Special Comments:  Ensure substrate is free of oil or any contaminants.  Apply uniform
    layer of primer (pneumatic gun application).  Primer dries in 30 minutes at 20°C.  Heat
    substrate 8 minutes at 330°C.  Quickly convey and then dip panel into fluidized bed for
    3 sec, while shaking.  Cool down at ambient air, 20°C.

[1] Colors: Black
    Number of Coats: 2
    Sequence of Coats: Primer: Rilprim P23 V40 or Primgreen LAT 12035; Topcoat: Listed
    Product
    Maximum Field Use Dry Film Thickness (in mils): Primer: 0.5; Topcoat: 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Then heat substrate for 8 minutes at 330ºC. Quickly convey and
    then dip panel into fluidized bed for 3 seconds, while shaking. Powder Target DFT = 10 -
    20 mils. Cool down at ambient air, 20ºC.
[2] Colors: Blue
    Number of Coats: 2
    Sequence of Coats: (1) Primgreen™ LAT 12035 or Rilprim P23V40 (2) Listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 28 (topcoat)
    Maximum Thinner: None
    Recoat Cure Time and Temperature: Primer: 30 minutes at ambient; Topcoat: 20 minute
    preheat of primed panels at 290°C
    Final Cure Time and Temperature: 1 minute 30 secs at 220°C to post fuse the remainder of
    the panel.
    Primgreen LAT 12035 primer is authorized for use in pipes 6" and greater, fittings 2"
    and greater, and valves 2" and greater.
[3] Colors: Grey
    Number of Coats: 2
    Sequence of Coats: Primgreen LAT 12035 then listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 20 (topcoat)
    Maximum Thinner: N/A
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Heat substrate 8 minutes at 330ºC. Quickly convey and then dip
    panel into fluidized bed during 3 sec, while shaking. Powder Target DFT = 10 - 20 mil.
    Cool down at ambient air, 20ºC.
[4] Colors: White
    Number of Coats:  2
    Sequence of Coats:  Primer:  Primgreen LAT 12035; Topcoat: Listed Product
    Maximum Field Use Dry Film Thickness (in mils):  Primer: 0.5; Topcoat: 20
    Recoat Cure Time and Temperature:  30 minutes at 20°C followed by 8 minutes at 330°C
    Final Cure Time and Temperature:  None (see special comments)
    Special Comments:  Ensure substrate is free of oil or any contaminants.  Apply uniform
    layer of primer (pneumatic gun application).  Primer dries in 30 minutes at 20°C.  Heat
    substrate 8 minutes at 330°C.  Quickly convey and then dip panel into fluidized bed for
    3 sec, while shaking.  Cool down at ambient air, 20°C.

[5] Colors: 1464 White
    Number of Coats: 2
    Sequence of Coats: Primer: Rilprim LES 201 and Rilprim 104 B RC 7; Topcoat: Listed
    Product
    Maximum Field Use Dry Film Thickness (in mils): Primer: 0.4; Topcoat: 6
    Recoat Cure Time and Temperature: 15 minutes at 20ºC
    Final Cure Time and Temperature: 5 minutes at 215ºC, Cool down at ambient air, 20ºC
    Special Comments: Ensure substrate is free of oil or any contaminants. Stir primer part
    A until resin is dispersed, then mix with part B. Wait 30 minutes before use and keep
    stirring (8 hours pot life). Apply uniform layer of primer (pneumatic gun app.). Primer
    dries 15 minutes at 20ºC. Primer Target DFT = 0.4 mils. Coat substrate (layer 2) with
    tribo or positive corona gun (+30 - 50 kV). Target Powder DFT = 4 - 6 mils
    (electrostatic app.). The mix ratio of Rilprim LES 201 to Rilprim 104 B RC 7 is 1:1 by
    volume or 1.2:1 by weight.

[1] Colors: Black
    Number of Coats: 2
    Sequence of Coats: Primer: Rilprim P23 V40 or Primgreen LAT 12035; Topcoat: Listed
    Product
    Maximum Field Use Dry Film Thickness (in mils): Primer: 0.5; Topcoat: 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Then heat substrate for 8 minutes at 330ºC. Quickly convey and
    then dip panel into fluidized bed for 3 seconds, while shaking. Powder Target DFT = 10 -
    20 mils. Cool down at ambient air, 20ºC.
[2] Colors: Blue
    Number of Coats: 2
    Sequence of Coats: (1) Primgreen™ LAT 12035 or Rilprim P23V40 (2) Listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 28 (topcoat)
    Maximum Thinner: None
    Recoat Cure Time and Temperature: Primer: 30 minutes at ambient; Topcoat: 20 minute
    preheat of primed panels at 290°C
    Final Cure Time and Temperature: 1 minute 30 secs at 220°C to post fuse the remainder of
    the panel.
    Primgreen LAT 12035 primer is authorized for use in pipes 6" and greater, fittings 2"
    and greater, and valves 2" and greater.
[3] Colors: Grey
    Number of Coats: 2
    Sequence of Coats: Primgreen LAT 12035 then listed product
    Maximum Field Use Dry Film Thickness (in mils): 0.5 (primer); 20 (topcoat)
    Maximum Thinner: N/A
    Recoat Cure Time and Temperature: 30 minutes at 20ºC followed by 8 minutes at 330ºC
    Final Cure Time and Temperature: None (see special comments)
    Special Comments: Ensure substrate is free of oil or any contaminants. Apply uniform
    layer of primer (pneumatic gun application). Primer dries in 30 minutes at 20ºC. Primer
    Target DFT = 0.5 mils. Heat substrate 8 minutes at 330ºC. Quickly convey and then dip
    panel into fluidized bed during 3 sec, while shaking. Powder Target DFT = 10 - 20 mil.
    Cool down at ambient air, 20ºC.
[4] Colors: White
    Number of Coats:  2
    Sequence of Coats:  Primer:  Primgreen LAT 12035; Topcoat: Listed Product
    Maximum Field Use Dry Film Thickness (in mils):  Primer: 0.5; Topcoat: 20
    Recoat Cure Time and Temperature:  30 minutes at 20°C followed by 8 minutes at 330°C
    Final Cure Time and Temperature:  None (see special comments)
    Special Comments:  Ensure substrate is free of oil or any contaminants.  Apply uniform
    layer of primer (pneumatic gun application).  Primer dries in 30 minutes at 20°C.  Heat
    substrate 8 minutes at 330°C.  Quickly convey and then dip panel into fluidized bed for
    3 sec, while shaking.  Cool down at ambient air, 20°C.

[1] Colors: Black
    Number of Coats: 1-3
    Maximum field use dry film thickness (in mils): 3
    Recoat cure time and temperature: 1 day at 21°C (70°F)
    Final cure time and temperature: 2 day at 21°C (70°F)

[1] Colors: Black
    Number of Coats: 1-3
    Maximum field use dry film thickness (in mils): 3
    Recoat cure time and temperature: 1 day at 21°C (70°F)
    Final cure time and temperature: 2 day at 21°C (70°F)

[1] Colors: Black
    Number of Coats: 1-3
    Maximum field use dry film thickness (in mils): 3
    Recoat cure time and temperature: 1 day at 21°C (70°F)
    Final cure time and temperature: 2 day at 21°C (70°F)

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[2] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 30 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume. This is for pipe, fitting, pump,
    and valve end use.
[3] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 1-3
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: 5% 71T104 Thinner Clear by volume
    Recoat Cure Time and Temperature: 8 hours at 75°F
    Final Cure Time/Temperature: 7 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume.
[4] Certified for mechanical device end use (other than pump and valve) for a maximum of 189
    sq. ft. per gpm.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[3] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 1-3
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: 5% 71T104 Thinner Clear by volume
    Recoat Cure Time and Temperature: 8 hours at 75°F
    Final Cure Time/Temperature: 7 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume.
[4] Certified for mechanical device end use (other than pump and valve) for a maximum of 189
    sq. ft. per gpm.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[2] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 30 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume. This is for pipe, fitting, pump,
    and valve end use.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[2] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 30 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume. This is for pipe, fitting, pump,
    and valve end use.
[3] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 1-3
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: 5% 71T104 Thinner Clear by volume
    Recoat Cure Time and Temperature: 8 hours at 75°F
    Final Cure Time/Temperature: 7 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume.
[4] Certified for mechanical device end use (other than pump and valve) for a maximum of 189
    sq. ft. per gpm.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[3] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 1-3
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: 5% 71T104 Thinner Clear by volume
    Recoat Cure Time and Temperature: 8 hours at 75°F
    Final Cure Time/Temperature: 7 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume.
[4] Certified for mechanical device end use (other than pump and valve) for a maximum of 189
    sq. ft. per gpm.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Meets the health effects requirements of NSF/ANSI/CAN 600 according to the requirements
    of NSF/ANSI/CAN 61 including the most current health effects criteria for xylenes,
    toluene, and ethylbenzene.
[2] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 30 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume. This is for pipe, fitting, pump,
    and valve end use.
[3] Coating Notes:
    Colors: White, Black, Gray, Blue, Beige
    Number Of Coats: 1-3
    Maximum Field Use Dry Thickness(in mils): 20
    Maximum Thinner: 5% 71T104 Thinner Clear by volume
    Recoat Cure Time and Temperature: 8 hours at 75°F
    Final Cure Time/Temperature: 7 days at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume.
[4] Certified for mechanical device end use (other than pump and valve) for a maximum of 189
    sq. ft. per gpm.
[5] Coating Notes:
    Colors: White, Beige, Blue
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 50
    Maximum Thinner: 5% Thinner #2
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time/Temperature: 5 days at 75°F
    Special Comments: Mix ratio of Part A to Part B is 1:1 by volume.
[6] Certified for mechanical device end use (other than pump and valve) for a maximum of 249
    sq. ft. per gpm.

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 1
    Maximum Thinner: none
    Final Cure Time and Temperature: 10 minutes at 390°F
    Special Comments: Mix ratio of Part A (resin feed):Part B (pigment feed) is 4.8:1 by
    volume. Deionized water is added to the bath as needed to obtain 18–22% weight solids.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 1
    Final Cure Time and Temperature: 10 minutes at 390ºF
    Special Comments: Mix ratio of Part A:B is 4.8:1 by volume. Deionized water is added to
    the bath as needed to obtain 18-22% weight solids.

[3] Colors: Black - 2K version (2-part system)
    Number of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 1.38 mils
    Final Cure Time and Temperature: 10 min at 330°F  
    Special Comments: Mix ratio Part A:B = 5:1. Coating is diluted with deionized water to a
    final solid content of 18-22% prior to application. Steel substrate is dipped into
    coating and it is applied with a voltage (160-350 V).  After a 2-3 minute dwell time the
    painted component is cured for 10 minutes at 330°F.
[4] Colors: Black - 1K version (pre-blended) 
    Number of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 1.38 mils
    Final Cure Time and Temperature: 10 min at 330°F
    Special Comments: Coating is diluted with deionized water to a final solid content of
    18-22% prior to application.  Steel substrate is dipped into coating and is applied with
    a voltage (160-350V). After a 2-3 minute dwell time the painted component is cured for
    10 minutes at 330°F.

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 1
    Maximum Thinner: none
    Final Cure Time and Temperature: 10 minutes at 390°F
    Special Comments: Mix ratio of Part A (resin feed):Part B (pigment feed) is 4.8:1 by
    volume. Deionized water is added to the bath as needed to obtain 18–22% weight solids.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 1
    Final Cure Time and Temperature: 10 minutes at 390ºF
    Special Comments: Mix ratio of Part A:B is 4.8:1 by volume. Deionized water is added to
    the bath as needed to obtain 18-22% weight solids.

[1] Colors: Green, red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14
    Final Cure Time and Temperature: 60 seconds at 462°F
    Special Comments: Preheat pipe to 464°F before powder application.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 3 - 10 minutes at 438 - 475°F
    Special Comments: Preheat substrate to 400 - 500°F
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14 
    Maximum Thinner: None
    Final Cure Time and Temperature: 120 seconds at 226°C (438°F), 80 seconds at 232°C
    (450°F), or 60 seconds at 239°C (463°F)
    Special Comments: Preheat substrate to 239°C (463°F) before powder application.
[4] Colors: Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 200°C or 13 minutes at 220°C
    Special Comments: Preheat substrate to 425°F - 463°C before powder application.

[1] Colors: Green, red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14
    Final Cure Time and Temperature: 60 seconds at 462°F
    Special Comments: Preheat pipe to 464°F before powder application.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 3 - 10 minutes at 438 - 475°F
    Special Comments: Preheat substrate to 400 - 500°F
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14 
    Maximum Thinner: None
    Final Cure Time and Temperature: 120 seconds at 226°C (438°F), 80 seconds at 232°C
    (450°F), or 60 seconds at 239°C (463°F)
    Special Comments: Preheat substrate to 239°C (463°F) before powder application.
[4] Colors: Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 200°C or 13 minutes at 220°C
    Special Comments: Preheat substrate to 425°F - 463°C before powder application.
[6] Colors: Tan, White
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 10
    Final Cure Time: 10 minutes at 400°F
    Special Comments: Preheat part to 462°F before powder application.

[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 3 - 10 minutes at 438 - 475°F
    Special Comments: Preheat substrate to 400 - 500°F

[1] Colors: Green, red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14
    Final Cure Time and Temperature: 60 seconds at 462°F
    Special Comments: Preheat pipe to 464°F before powder application.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 3 - 10 minutes at 438 - 475°F
    Special Comments: Preheat substrate to 400 - 500°F
[4] Colors: Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 200°C or 13 minutes at 220°C
    Special Comments: Preheat substrate to 425°F - 463°C before powder application.
[6] Colors: Tan, White
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 10
    Final Cure Time: 10 minutes at 400°F
    Special Comments: Preheat part to 462°F before powder application.

[1] Colors: Green, red
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14
    Final Cure Time and Temperature: 60 seconds at 462°F
    Special Comments: Preheat pipe to 464°F before powder application.
[2] Colors: Black
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 60
    Final Cure Time and Temperature: 3 - 10 minutes at 438 - 475°F
    Special Comments: Preheat substrate to 400 - 500°F
[3] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 14 
    Maximum Thinner: None
    Final Cure Time and Temperature: 120 seconds at 226°C (438°F), 80 seconds at 232°C
    (450°F), or 60 seconds at 239°C (463°F)
    Special Comments: Preheat substrate to 239°C (463°F) before powder application.
[4] Colors: Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Final Cure Time and Temperature: 20 minutes at 200°C or 13 minutes at 220°C
    Special Comments: Preheat substrate to 425°F - 463°C before powder application.
[7] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 30
    Final Cure Time and Temperature: Post-heat temperature and minimum cure times: 300°F for
    15 minutes, 325°F for 9 minutes, 350° for 7 minutes, 375° for 6 minutes, 400°F for 5
    minutes
    Special Comments: Preheat substrate to a minimum of 275°F

[1] Certified for tanks 30,000 gallons and greater.

[1] Coating Notes:
    Colors: Red, Grey
    Number of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 26 mils (wet), 24 mils (dry)
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume. Apply with plural component 
                      airless spray: component temperature 35-40°C, line
                      temperature/pressure 50-55°C/3500 psi. Brush and roller can be used
                      for application for small areas only.

[1] Colors: 1211 Red
    Number of Coats: 1-3
    Sequence of Coats: Any combination of Listed colors
    Maximum Field Use Dry Film Thickness (in mils): 1 coat - 10, 2-3 coats - 16
    Maximum Thinner: 10% C.I.M. #4
    Recoat Cure Time and Temperature: 5 hours at 75°F
    Final Cure Time and Temperature: 7 days at 75°F
    Special Comments: The mix ratio of Part A: part B is 1:1 by volume

[2] Colors: 1211 Red
    Number of Coats: 2
    Sequence of Coats: Any combination of Listed colors
    Maximum Field Use Dry Film Thickness (in mils): 17
    Maximum Thinner: 5% C.I.M. #4
    Recoat Cure Time and Temperature: 7 days at 75°F
    Final Cure Time and Temperature: 30 days at 75°F
    special Comments: The mix ratio of Part A:Part B is 1:1 by volume.

[2] Colors: 1211 Red
    Number of Coats: 2
    Sequence of Coats: Any combination of Listed colors
    Maximum Field Use Dry Film Thickness (in mils): 17
    Maximum Thinner: 5% C.I.M. #4
    Recoat Cure Time and Temperature: 7 days at 75°F
    Final Cure Time and Temperature: 30 days at 75°F
    special Comments: The mix ratio of Part A:Part B is 1:1 by volume.

[1] Colors: Royal Blue, Light Blue, White 			
    Number of Coats: 1-10			
    Maximum field use dry film thickness (in mils): 100			
    Recoat cure time and temperature: 2 Hours at Ambient temperature 			
    Final cure time and temperature: 3 Days at 75°F 			
    Mix Ratio is 1A:1B by volume.

[1] Colors: Royal Blue, Light Blue, White 			
    Number of Coats: 1-10			
    Maximum field use dry film thickness (in mils): 100			
    Recoat cure time and temperature: 2 Hours at Ambient temperature 			
    Final cure time and temperature: 3 Days at 75°F 			
    Mix Ratio is 1A:1B by volume.

[1] Colors: Cream, light gray
    Number of Coats: 1-2
    Sequence of Coats: Any
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 10 days at 25°C
    Special Comments: Mix ratio of Part A (base):Part B (hardener) is 88:12 by weight or
    81:19 by volume. After curing, coating requires immersion in fresh water for 5 days;
    fresh water is then drained. This is repeated for a total of 3 cycles before the coating
    is placed into service.  Induction period is 10 minutes.

[1] Colors: Cream, light gray
    Number of Coats: 1-2
    Sequence of Coats: Any
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 10 days at 25°C
    Special Comments: Mix ratio of Part A (base):Part B (hardener) is 88:12 by weight or
    81:19 by volume. After curing, coating requires immersion in fresh water for 5 days;
    fresh water is then drained. This is repeated for a total of 3 cycles before the coating
    is placed into service.  Induction period is 10 minutes.

[1] Colors: Cream, light gray
    Number of Coats: 1-2
    Sequence of Coats: Any
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 10 days at 25°C
    Special Comments: Mix ratio of Part A (base):Part B (hardener) is 88:12 by weight or
    81:19 by volume. After curing, coating requires immersion in fresh water for 5 days;
    fresh water is then drained. This is repeated for a total of 3 cycles before the coating
    is placed into service.  Induction period is 10 minutes.

[1] Colors: Cream, light gray
    Number of Coats: 1-2
    Sequence of Coats: Any
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 10 days at 25°C
    Special Comments: Mix ratio of Part A (base):Part B (hardener) is 88:12 by weight or
    81:19 by volume. After curing, coating requires immersion in fresh water for 5 days;
    fresh water is then drained. This is repeated for a total of 3 cycles before the coating
    is placed into service.  Induction period is 10 minutes.

[1] Coating Notes:
    Colors: Primer: Pink, Topcoat: Light Grey, Cream, Light Blue
    Number Of Coats: 0-1 Primer, 1-2 Topcoat
    Sequence Of Coats: 0-1 coat Primer followed by 1-2 coats Topcoat
    Maximum Field Use Dry Thickness(in mils): 2 mils Primer, 24 mils Topcoat (max 12 mils
    per coat)
    Maximum Thinner: Primer: 5% EPOXY THINNER I. Topcoat: None.
    Recoat Cure Time and Temperature: 32 Hours at 20°C for Topcoat
    Final Cure Time/Temperature: 15 days at 20°C for Primer, 7 days at 20°C for Topcoat
    Special Comments: Mix ratio of primer base:hardener is 71.5:28.5 by volume. Mix ratio of
    topcoat base:hardener is 81:19 by volume. Coating shall be applied below 85% RH with
    paint temperature between 20°C - 30°C. After application in enclosed spaces, ventilation
    is necessary to ensure complete hardening and desirable film properties. The coating
    system requires immersion in fresh water for 5 days after the final cure of the topcoat;
    fresh water
    is then drained.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes:
    Colors: Primer: Pink, Topcoat: Light Grey, Cream, Light Blue
    Number Of Coats: 0-1 Primer, 1-2 Topcoat
    Sequence Of Coats: 0-1 coat Primer followed by 1-2 coats Topcoat
    Maximum Field Use Dry Thickness(in mils): 2 mils Primer, 24 mils Topcoat (max 12 mils
    per coat)
    Maximum Thinner: Primer: 5% EPOXY THINNER I. Topcoat: None.
    Recoat Cure Time and Temperature: 32 Hours at 20°C for Topcoat
    Final Cure Time/Temperature: 15 days at 20°C for Primer, 7 days at 20°C for Topcoat
    Special Comments: Mix ratio of primer base:hardener is 71.5:28.5 by volume. Mix ratio of
    topcoat base:hardener is 81:19 by volume. Coating shall be applied below 85% RH with
    paint temperature between 20°C - 30°C. After application in enclosed spaces, ventilation
    is necessary to ensure complete hardening and desirable film properties. The coating
    system requires immersion in fresh water for 5 days after the final cure of the topcoat;
    fresh water
    is then drained.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes:
    Colors: Primer: Pink, Topcoat: Light Grey, Cream, Light Blue
    Number Of Coats: 0-1 Primer, 1-2 Topcoat
    Sequence Of Coats: 0-1 coat Primer followed by 1-2 coats Topcoat
    Maximum Field Use Dry Thickness(in mils): 2 mils Primer, 24 mils Topcoat (max 12 mils
    per coat)
    Maximum Thinner: Primer: 5% EPOXY THINNER I. Topcoat: None.
    Recoat Cure Time and Temperature: 32 Hours at 20°C for Topcoat
    Final Cure Time/Temperature: 15 days at 20°C for Primer, 7 days at 20°C for Topcoat
    Special Comments: Mix ratio of primer base:hardener is 71.5:28.5 by volume. Mix ratio of
    topcoat base:hardener is 81:19 by volume. Coating shall be applied below 85% RH with
    paint temperature between 20°C - 30°C. After application in enclosed spaces, ventilation
    is necessary to ensure complete hardening and desirable film properties. The coating
    system requires immersion in fresh water for 5 days after the final cure of the topcoat;
    fresh water
    is then drained.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes:
    Colors: Primer: Pink, Topcoat: Light Grey, Cream, Light Blue
    Number Of Coats: 0-1 Primer, 1-2 Topcoat
    Sequence Of Coats: 0-1 coat Primer followed by 1-2 coats Topcoat
    Maximum Field Use Dry Thickness(in mils): 2 mils Primer, 24 mils Topcoat (max 12 mils
    per coat)
    Maximum Thinner: Primer: 5% EPOXY THINNER I. Topcoat: None.
    Recoat Cure Time and Temperature: 32 Hours at 20°C for Topcoat
    Final Cure Time/Temperature: 15 days at 20°C for Primer, 7 days at 20°C for Topcoat
    Special Comments: Mix ratio of primer base:hardener is 71.5:28.5 by volume. Mix ratio of
    topcoat base:hardener is 81:19 by volume. Coating shall be applied below 85% RH with
    paint temperature between 20°C - 30°C. After application in enclosed spaces, ventilation
    is necessary to ensure complete hardening and desirable film properties. The coating
    system requires immersion in fresh water for 5 days after the final cure of the topcoat;
    fresh water
    is then drained.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Red brown, off-white
    Number of Coats: 1-2
    Sequence of Coats: 1 coat application: off-white; 2 coat application: red brown then
    off-white
    Maximum Field Use Dry Film Thickness (in mils): 24 (max 12 per coat)
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 7 days at 23°C
    Special Comments: Mix ratio of Part A:Part B is 88:12 by weight or 81:19 by volume.
    Curing should occur under continuous ventilation.

[1] Colors: Red brown, off-white
    Number of Coats: 1-2
    Sequence of Coats: 1 coat application: off-white; 2 coat application: red brown then
    off-white
    Maximum Field Use Dry Film Thickness (in mils): 24 (max 12 per coat)
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 7 days at 23°C
    Special Comments: Mix ratio of Part A:Part B is 88:12 by weight or 81:19 by volume.
    Curing should occur under continuous ventilation.

[1] Colors: Red brown, off-white
    Number of Coats: 1-2
    Sequence of Coats: 1 coat application: off-white; 2 coat application: red brown then
    off-white
    Maximum Field Use Dry Film Thickness (in mils): 24 (max 12 per coat)
    Recoat Cure Time and Temperature: 32 hours at 20°C
    Final Cure Time and Temperature: 7 days at 23°C
    Special Comments: Mix ratio of Part A:Part B is 88:12 by weight or 81:19 by volume.
    Curing should occur under continuous ventilation.

[1] Colors: Blanco 1700, Gris Niebla 1680, Aguamarina 1480, Crema 1015
    Number of Coats: 2-3
    Sequence of Coats: Any combination of Listed colors may be used.
    Maximum Field Use Dry Film Thickness (in mils): 20 (maximum 10 per coat)
    Recoat Cure Time and Temperature: 3 hours at 21°C
    Final Cure Time and Temperature: 10 days at 21°C
    Special Comments: Mix ratio of Part A:Part B is 4:1 by volume.

[1] Colors: Natural, white
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness(in mils): 78 mils
    Recoat Cure Time and Temperature: 2 hours at 70º F
    Final Cure Time and Temperature: 7 days at 70º F
    Special Comments: Mix ratio for A:B is 28:72 by weight and 52:48 by volume. Use 15
    minute induction time for vertical application. Use of Poly Fabric Reinforcement is
    recommended over cracks and 90 degree angles and is encapsulated within first coat.
    Apply tack coat of material before positioning fabric, thoroughly saturate and smooth
    any wrinkles from fabric, then apply coating to maximum dry film thickness.

[1] Number of Coats: 2-3
    Maximum Field Use Dry Film Thickness (in mils): 60
    Recoat Cure Time and Temperature: 4 hours at 72°F
    Final Cure Time and Temperature: 24 hours at 72°F
    Special Comments: Mix ratio for A:B is 110:43 by weight for each coat

[1] Colors: Reddish Brown
    Number Of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 20 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio for Base: Hardener is 3:1 by volume. Rinse coating 2-3 times
    by using distilled water prior to use.

[1] Colors: Reddish Brown
    Number Of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 20 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio for Base: Hardener is 3:1 by volume. Rinse coating 2-3 times
    by using distilled water prior to use.

[1] Colors: Reddish Brown
    Number Of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 20 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio for Base: Hardener is 3:1 by volume. Rinse coating 2-3 times
    by using distilled water prior to use.

[1] Colors: Reddish Brown
    Number Of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 20 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio for Base: Hardener is 3:1 by volume. Rinse coating 2-3 times
    by using distilled water prior to use.

[1] Colors: Reddish Brown
    Number Of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 20 mils
    Final Cure Time/Temperature: 7 days at 30°C
    Special Comments: Mix ratio for Base: Hardener is 3:1 by volume. Rinse coating 2-3 times
    by using distilled water prior to use.

[1] All products are Certified for use with water treatment plant intake systems with a
    minimum daily flow of 10,000 gallons.
[2] Screens may be constructed of 90/10 Copper Nickel, Stainless Steel 304, Stainless Steel
    316, and Jacquelyn™ Coated Stainless Steel 304 or 316 material.
[3] Intake screens are Certified for all sizes.
[4] Intake Pipes and Fittings are Certified for a maximum length of 26 feet in water
    treatment plant intake systems.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Gray, haze gray, white
    Number of Coats: CHEMCLAD SC/P (1 coat). CHEMCLAD SC (2-4 coats).
    Maximum Field Use Dry Film Thickness (in mils): CHEMCLAD SC/P (10 mils). CHEMCLAD SC (28
    mils (7 mils per coat)).
    Recoat Cure Time and Temperature: The minimum cure time for CHEMCLAD SC/P, before
    overcoating with CHEMCLAD SC, is
    90 minutes at 77°F. Re-coat with CHEMCLAD SC is 24 hours at 77°F.
    Final Cure Time and Temperature: 4 days at 77°F
    Special Comments: Mix ratio of Base:CHEMCLAD SC/P is the undercoat (Mix ratio of
    Base:Activator is 3.57:1 by weight).
    CHEMCLAD SC is the overcoat (Mix ratio of Base:Activator is 3.29:1 by weight).
    CHEMCLAD SC/P is only to be used under CHEMCLAD SC.
[2] CHEMCLAD SC/P is only meant to be used under CHEMCLAD SC. Certification does not include
    Chemclad P4C.

[1] Colors: Gray, haze gray, white
    Number of Coats: CHEMCLAD SC/P (1 coat). CHEMCLAD SC (2-4 coats).
    Maximum Field Use Dry Film Thickness (in mils): CHEMCLAD SC/P (10 mils). CHEMCLAD SC (28
    mils (7 mils per coat)).
    Recoat Cure Time and Temperature: The minimum cure time for CHEMCLAD SC/P, before
    overcoating with CHEMCLAD SC, is
    90 minutes at 77°F. Re-coat with CHEMCLAD SC is 24 hours at 77°F.
    Final Cure Time and Temperature: 4 days at 77°F
    Special Comments: Mix ratio of Base:CHEMCLAD SC/P is the undercoat (Mix ratio of
    Base:Activator is 3.57:1 by weight).
    CHEMCLAD SC is the overcoat (Mix ratio of Base:Activator is 3.29:1 by weight).
    CHEMCLAD SC/P is only to be used under CHEMCLAD SC.
[2] CHEMCLAD SC/P is only meant to be used under CHEMCLAD SC. Certification does not include
    Chemclad P4C.

[1] Colors: Gray, haze gray, white
    Number of Coats: CHEMCLAD SC/P (1 coat). CHEMCLAD SC (2-4 coats).
    Maximum Field Use Dry Film Thickness (in mils): CHEMCLAD SC/P (10 mils). CHEMCLAD SC (28
    mils (7 mils per coat)).
    Recoat Cure Time and Temperature: The minimum cure time for CHEMCLAD SC/P, before
    overcoating with CHEMCLAD SC, is
    90 minutes at 77°F. Re-coat with CHEMCLAD SC is 24 hours at 77°F.
    Final Cure Time and Temperature: 4 days at 77°F
    Special Comments: Mix ratio of Base:CHEMCLAD SC/P is the undercoat (Mix ratio of
    Base:Activator is 3.57:1 by weight).
    CHEMCLAD SC is the overcoat (Mix ratio of Base:Activator is 3.29:1 by weight).
    CHEMCLAD SC/P is only to be used under CHEMCLAD SC.
[2] CHEMCLAD SC/P is only meant to be used under CHEMCLAD SC. Certification does not include
    Chemclad P4C.

[1] Colors: Gray, haze gray, white
    Number of Coats: CHEMCLAD SC/P (1 coat). CHEMCLAD SC (2-4 coats).
    Maximum Field Use Dry Film Thickness (in mils): CHEMCLAD SC/P (10 mils). CHEMCLAD SC (28
    mils (7 mils per coat)).
    Recoat Cure Time and Temperature: The minimum cure time for CHEMCLAD SC/P, before
    overcoating with CHEMCLAD SC, is
    90 minutes at 77°F. Re-coat with CHEMCLAD SC is 24 hours at 77°F.
    Final Cure Time and Temperature: 4 days at 77°F
    Special Comments: Mix ratio of Base:CHEMCLAD SC/P is the undercoat (Mix ratio of
    Base:Activator is 3.57:1 by weight).
    CHEMCLAD SC is the overcoat (Mix ratio of Base:Activator is 3.29:1 by weight).
    CHEMCLAD SC/P is only to be used under CHEMCLAD SC.
[2] CHEMCLAD SC/P is only meant to be used under CHEMCLAD SC. Certification does not include
    Chemclad P4C.

[1] Colors: Gray, haze gray, white
    Number of Coats: CHEMCLAD SC/P (1 coat). CHEMCLAD SC (2-4 coats).
    Maximum Field Use Dry Film Thickness (in mils): CHEMCLAD SC/P (10 mils). CHEMCLAD SC (28
    mils (7 mils per coat)).
    Recoat Cure Time and Temperature: The minimum cure time for CHEMCLAD SC/P, before
    overcoating with CHEMCLAD SC, is
    90 minutes at 77°F. Re-coat with CHEMCLAD SC is 24 hours at 77°F.
    Final Cure Time and Temperature: 4 days at 77°F
    Special Comments: Mix ratio of Base:CHEMCLAD SC/P is the undercoat (Mix ratio of
    Base:Activator is 3.57:1 by weight).
    CHEMCLAD SC is the overcoat (Mix ratio of Base:Activator is 3.29:1 by weight).
    CHEMCLAD SC/P is only to be used under CHEMCLAD SC.
[2] CHEMCLAD SC/P is only meant to be used under CHEMCLAD SC. Certification does not include
    Chemclad P4C.

[1] Number of Coats: 3*
    Maximum Field Use Dry Thickness (in mils): 48 mils*
    Recoat Cure Time and Temperature: See Footnote [2]
    Final Cure Time/Temperature: 24 hours at 70F*
    Special Comments: HydroStop® BarrierGuard® Surface Coating or GAF BarrierGuard® Surface
    Coating has a mix ratio 1:1:3 (HydroStop®  BarrierGuard® Surface Coating or GAF
    BarrierGuard® Surface Coating:Water:Cement) by volume.  HydroStop® BarrierGuard® Surface
    Coating or GAF BarrierGuard® Surface.  Coating slurry has an induction period of one
    minute.*
    
[2] * MIXING: HydroStop® BarrierGuard® Surface Coating and GAF BarrierGuard® Surface
    Coatings are liquids that requires mixing.  A slurry is prepared by mixing one part
    coating, one part cool water, and three parts Portland Cement (Type I).  First, add
    HydroStop® BarrierGuard® Surface Coating or GAF BarrierGuard® Surface Coating and cool
    water to a clean 5-gallon (18.9 liter) pail and mix with a slow-speed mechanical mixer
    for about 1 minute.  Then, slowly add the Portland Cement (Type I) until a fully
    homogenous and lump-free slurry is produced.  When ambient temperature is above 80°F
    (26°C), add ice to cool down the slurry mix in order to help prevent premature gelling. 
    
    APPLICATION: HydroStop® BarrierGuard® Surface Coating and GAF BarrierGuard® Surface
    Coatings may be applied by brush or roller. Apply evenly at a rate of 0.5 - 0.8
    gallons/100 ft2 (2.0- 3.3 L/10 m') per coat.  One coat is usually sufficient for coating
    most surfaces; however, a second coat may be required on porous surfaces.  Total
    coverage is dependent upon the substrate.  Smooth substrates may require less coating,
    while rough or porous substrates may require more coating.  GAF Premium Fabric or
    HydroStop® PremiumCoat® Fabric may be used with the HydroStop® BarrierGuard® Surface
    Coating or GAF BarrierGuard® Surface Coating. 
    
    Coat 1 and 2: Apply HydroStop® BarrierGuard® Surface Coating or GAF BarrierGuard®
    Surface Coating (14 mils) onto substrate and immediately embed the GAF Premium Fabric or
    HydroStop® PremiumCoat® Fabric (6 mils).  Before the first layer dries fully saturate
    the fabric with a second coat of slurry (14 mils).  Allow to dry at least 24 hours at
    70°F.
    
    Coat 3: Once dry, apply additional slurry (14 mils) and allow to dry for 24 hours at
    70°F.
        
    Maximum total thickness including fabric is 48 mils for 3 coats.

[1] Colors : Red Oxide, Grey, Off-White
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature : 8 hours at 34°C
    Final Cure Time/Temperature: 7 days at 34°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume.  Heat Part A and Part B to
    65°C and mix before application.

[1] Colors : Red Oxide, Grey, Off-White
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature : 8 hours at 34°C
    Final Cure Time/Temperature: 7 days at 34°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume.  Heat Part A and Part B to
    65°C and mix before application.

[1] Colors : Red Oxide, Grey, Off-White
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature : 8 hours at 34°C
    Final Cure Time/Temperature: 7 days at 34°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume.  Heat Part A and Part B to
    65°C and mix before application.

[1] Colors : Red Oxide, Grey, Off-White
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature : 8 hours at 34°C
    Final Cure Time/Temperature: 7 days at 34°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume.  Heat Part A and Part B to
    65°C and mix before application.

[1] Colors : Red Oxide, Grey, Off-White
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness(in mils): 20 mils
    Recoat Cure Time and Temperature : 8 hours at 34°C
    Final Cure Time/Temperature: 7 days at 34°C
    Special Comments: Mix ratio of Part A:B is 3:1 by volume.  Heat Part A and Part B to
    65°C and mix before application.

[1] Colors: 35535-10504 Grey, 35535-51324 Red
    Number of Coats: 1-2
    Sequence of Coats: 1 coat: red 51324 or grey 10504 2 coats: red 51324 then grey 10504
    Maximum Field Use Dry Film Thickness (in mils): 1 coat application: 20; 2 coat
    application: 20 (12 mils red, 8 mils grey)
    Recoat Cure Time and Temperature: 24 hours at 20°C
    Final Cure Time and Temperature: 7 days at 20°C
    Special Comments: Mix ratio of base:cure agent is 3:1 by volume; 10 minute induction
    period.

[1] Colors: 35535-10504 Grey, 35535-51324 Red
    Number of Coats: 1-2
    Sequence of Coats: 1 coat: red 51324 or grey 10504 2 coats: red 51324 then grey 10504
    Maximum Field Use Dry Film Thickness (in mils): 1 coat application: 20; 2 coat
    application: 20 (12 mils red, 8 mils grey)
    Recoat Cure Time and Temperature: 24 hours at 20°C
    Final Cure Time and Temperature: 7 days at 20°C
    Special Comments: Mix ratio of base:cure agent is 3:1 by volume; 10 minute induction
    period.

[1] Colors: 35535-10504 Grey, 35535-51324 Red
    Number of Coats: 1-2
    Sequence of Coats: 1 coat: red 51324 or grey 10504 2 coats: red 51324 then grey 10504
    Maximum Field Use Dry Film Thickness (in mils): 1 coat application: 20; 2 coat
    application: 20 (12 mils red, 8 mils grey)
    Recoat Cure Time and Temperature: 24 hours at 20°C
    Final Cure Time and Temperature: 7 days at 20°C
    Special Comments: Mix ratio of base:cure agent is 3:1 by volume; 10 minute induction
    period.

[1] Colors: 35535-10504 Grey, 35535-51324 Red
    Number of Coats: 1-2
    Sequence of Coats: 1 coat: red 51324 or grey 10504 2 coats: red 51324 then grey 10504
    Maximum Field Use Dry Film Thickness (in mils): 1 coat application: 20; 2 coat
    application: 20 (12 mils red, 8 mils grey)
    Recoat Cure Time and Temperature: 24 hours at 20°C
    Final Cure Time and Temperature: 7 days at 20°C
    Special Comments: Mix ratio of base:cure agent is 3:1 by volume; 10 minute induction
    period.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified. 
[2] Colors: Almond, black, gray, blue, yellow, green, red, brown, purple, white and
    variations of all of these primary colors.
    Number of Coats: Unlimited
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 24 hours at 70°F
    Special Comments: The coating may be applied in as many coats as necessary up to a
    maximum dry filim thickness of 250 mils. Mix ratio of polyol to
    isocyanate is 1:1 by volume. Minimum field use dry film thickness is 20 mils.
[3] Colors: Almond, Black, Gray
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 72 hours at 75°F
    Special Comments: Mix ratio of Part A:Part B of 210-61 is 2:1 by volume and mix ratio of
    Part A:Part B of 310-61 is 3:1 by volume. Minimum certified field use dry film thickness
    is 20 mils.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified. 
[2] Colors: Almond, black, gray, blue, yellow, green, red, brown, purple, white and
    variations of all of these primary colors.
    Number of Coats: Unlimited
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 24 hours at 70°F
    Special Comments: The coating may be applied in as many coats as necessary up to a
    maximum dry filim thickness of 250 mils. Mix ratio of polyol to
    isocyanate is 1:1 by volume. Minimum field use dry film thickness is 20 mils.
[3] Colors: Almond, Black, Gray
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 72 hours at 75°F
    Special Comments: Mix ratio of Part A:Part B of 210-61 is 2:1 by volume and mix ratio of
    Part A:Part B of 310-61 is 3:1 by volume. Minimum certified field use dry film thickness
    is 20 mils.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified. 
[2] Colors: Almond, black, gray, blue, yellow, green, red, brown, purple, white and
    variations of all of these primary colors.
    Number of Coats: Unlimited
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 24 hours at 70°F
    Special Comments: The coating may be applied in as many coats as necessary up to a
    maximum dry filim thickness of 250 mils. Mix ratio of polyol to
    isocyanate is 1:1 by volume. Minimum field use dry film thickness is 20 mils.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified. 
[2] Colors: Almond, black, gray, blue, yellow, green, red, brown, purple, white and
    variations of all of these primary colors.
    Number of Coats: Unlimited
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 24 hours at 70°F
    Special Comments: The coating may be applied in as many coats as necessary up to a
    maximum dry filim thickness of 250 mils. Mix ratio of polyol to
    isocyanate is 1:1 by volume. Minimum field use dry film thickness is 20 mils.
[3] Colors: Almond, Black, Gray
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 72 hours at 75°F
    Special Comments: Mix ratio of Part A:Part B of 210-61 is 2:1 by volume and mix ratio of
    Part A:Part B of 310-61 is 3:1 by volume. Minimum certified field use dry film thickness
    is 20 mils.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified. 
[2] Colors: Almond, black, gray, blue, yellow, green, red, brown, purple, white and
    variations of all of these primary colors.
    Number of Coats: Unlimited
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 24 hours at 70°F
    Special Comments: The coating may be applied in as many coats as necessary up to a
    maximum dry filim thickness of 250 mils. Mix ratio of polyol to
    isocyanate is 1:1 by volume. Minimum field use dry film thickness is 20 mils.
[3] Colors: Almond, Black, Gray
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 250
    Final Cure Time and Temperature: 72 hours at 75°F
    Special Comments: Mix ratio of Part A:Part B of 210-61 is 2:1 by volume and mix ratio of
    Part A:Part B of 310-61 is 3:1 by volume. Minimum certified field use dry film thickness
    is 20 mils.

[1] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 60 total; 20 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.2:1 by weight.
    Induction time is 3-5 minutes.
[2] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.8:1 by weight. 
    Induction time is 3-5 minutes.
[3] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.8:1 by volume or 4.5:1 by weight.
    Induction time is 3-5 minutes.

[1] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 60 total; 20 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.2:1 by weight.
    Induction time is 3-5 minutes.
[2] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.8:1 by weight. 
    Induction time is 3-5 minutes.
[3] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.8:1 by volume or 4.5:1 by weight.
    Induction time is 3-5 minutes.

[1] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 60 total; 20 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.2:1 by weight.
    Induction time is 3-5 minutes.
[2] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.75:1 by volume or 4.8:1 by weight. 
    Induction time is 3-5 minutes.
[3] Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 120 total; 40 per coat
    Recoat Cure Time and Temperature: 1 hour at 25°C
    Final Cure Time and Temperature: 24 hours at 25°C
    Special Comments: Mix ratio of Part A:Part B is 2.8:1 by volume or 4.5:1 by weight.
    Induction time is 3-5 minutes.

[1] Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 19
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 24 hours at 72°F
    Final Cure Time and Temperature: 24 hours at 72°F
    Special Comments: Mix ratio A:B is 100:32.4 by weight.
[2] Only products bearing the NSF mark are NSF Certified.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 19
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 24 hours at 72°F
    Final Cure Time and Temperature: 24 hours at 72°F
    Special Comments: Mix ratio A:B is 100:32.4 by weight.
[2] Only products bearing the NSF mark are NSF Certified.
[3] LOCTITE® RenewWrap System Product Application:
    			
    Layer 1: 10 wet mils of LOCTITE® RenewWrap XPL. This layer must cure for 1 hour at 75°F.
    Mix ratio of LOCTITE® RenewWrap XPL. Part A:B is 100:34.5 by weight.
    
    Layer 2: 40 wet mils of LOCTITE® RenewWrap XPL or thickened LOCTITE® RenewWrap XPL. No
    cure time required. Mix ratio of LOCTITE® RenewWrap XPL Part A:B is 100:34.5 by weight.
    Thickened LOCTITE® RenewWrap XPL is mixed as (Mixed LOCTITE® RenewWrap XPL Epoxy) :
    (Filler material) 100:7 Parts by weight. Filler material may be a combination of fumed
    silica or polyethylene fibers.
    
    Layer 3: 8 coats of the reinforcement Layer saturated with LOCTITE® RenewWrap XPL. This
    layer must cure for 3 hours at 75F. Mix ratio of Part A:B is 100:34.5 by weight.
    Reinforcement layer may be a combination of LOCTITE® RenewWrap CF700, LOCTITE® RenewWrap
    CF1500, LOCTITE® RenewWrap GF1100, LOCTITE® RenewWrap CF650-BX (carbon) GF2200 (glass),
    LOCTITE® RenewWrap GF-WP (glass), LOCTITE® RenewWrap GF800-BX (glass), and LOCTITE®
    RenewWrap GF750 (glass). 
    
    Layer 4: 20 wet mils of Thickened LOCTITE® RenewWrap XPL. Final cure is 48 hours at
    80°F. Minimum Shore D hardness of 80. Mix ratio of LOCTITE® RenewWrap XPL Part A:B is
    100:34.5 by weight, then (Mixed Epoxy) : (Filler material) 100:7 Parts by weight. If 80
    hardness is not achieved, continue curing in 3 hour intervals. Hardness shall be based
    on average of 5 measurements. Filler material may be a combination of fumed silica or
    polyethylene fibers. 
    							
    Alternate Part 4: 2 coats (13 wet mils each) of LOCTITE® RenewWrap DWF. First coat must
    cure for 24 hours at 75°F prior to the application of the second coat. Final cure is 24
    hours at 72°F. Mix ratio of Part A:B is 100:32.4 by weight.
[4] LOCTITE® Tyfo System Product Application:
    Layer 1: 10 wet mils of Tyfo S. This layer must cure for 1 hour at 75°F.  Mix ratio of
    Tyfo S Part A:B is 100:34.5 by weight.
    
    Layer 2: 40 wet mils of Tyfo TC, Tyfo S or thickened Tyfo S.  No cure time required. 
    Mix ratio of Tyfo TC Part A:B is 100:23.4 by weight.  Mix ratio of Tyfo S Part A:B is
    100:34.5 by weight. Thickened Tyfo S is mixed as (Mixed Tyfo S Epoxy) : (Filler
    Material) 100:7 Parts by weight. Filler Material may be a combination of fumed silica or
    polyethylene fibers.
    
    Layer 3: 8 coats of the reinforcement Layer saturated with Tyfo S. This layer must cure
    for 3 hours at 75F. Mix ratio of Part A:B is 100:34.5 by weight.  Reinforcement layer
    may be a combination of Tyfo SCH-41, Tyfo SCH-41 2X, Tyfo SEH-51A, Tyfo BCC (carbon)
    SEH-81A (glass), Tyfo WEB (glass),Tyfo BC (glass), Tyfo SEH-31A (glass), Tyfo SEH-31A
    (glass), Tyfo SCH-41S (carbon) and Tyfo SCH-41S-2X (carbon).
    
    Layer 4: 20 wet mils of Thickened Tyfo S. Final cure is 48 hours at 80°F. Minimum Shore
    D hardness of 80. Mix ratio of Tyfo S Part A:B is 100:34.5 by weight, then (Mixed Epoxy)
    : (Filler Material) 100:7 Parts by weight. If 80 hardness is not achieved, continue
    curing in 3 hour intervals.  Hardness shall be based on average of 5 measurements. 
    Filler material may be a combination of fumed silica or polyethylene fibers.
    
    Alternate Part 4: 2 coats (13 we mils each) of Tyfo PWC. First coat must cure for 24
    hours at 75°F prior to the application of the second coat.  Final cure is 24 hours at
    72°F.  Mix ratio of Part A:B is 100:32.4 by weight.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 19
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 24 hours at 72°F
    Final Cure Time and Temperature: 24 hours at 72°F
    Special Comments: Mix ratio A:B is 100:32.4 by weight.
[2] Only products bearing the NSF mark are NSF Certified.
[3] LOCTITE® RenewWrap System Product Application:
    			
    Layer 1: 10 wet mils of LOCTITE® RenewWrap XPL. This layer must cure for 1 hour at 75°F.
    Mix ratio of LOCTITE® RenewWrap XPL. Part A:B is 100:34.5 by weight.
    
    Layer 2: 40 wet mils of LOCTITE® RenewWrap XPL or thickened LOCTITE® RenewWrap XPL. No
    cure time required. Mix ratio of LOCTITE® RenewWrap XPL Part A:B is 100:34.5 by weight.
    Thickened LOCTITE® RenewWrap XPL is mixed as (Mixed LOCTITE® RenewWrap XPL Epoxy) :
    (Filler material) 100:7 Parts by weight. Filler material may be a combination of fumed
    silica or polyethylene fibers.
    
    Layer 3: 8 coats of the reinforcement Layer saturated with LOCTITE® RenewWrap XPL. This
    layer must cure for 3 hours at 75F. Mix ratio of Part A:B is 100:34.5 by weight.
    Reinforcement layer may be a combination of LOCTITE® RenewWrap CF700, LOCTITE® RenewWrap
    CF1500, LOCTITE® RenewWrap GF1100, LOCTITE® RenewWrap CF650-BX (carbon) GF2200 (glass),
    LOCTITE® RenewWrap GF-WP (glass), LOCTITE® RenewWrap GF800-BX (glass), and LOCTITE®
    RenewWrap GF750 (glass). 
    
    Layer 4: 20 wet mils of Thickened LOCTITE® RenewWrap XPL. Final cure is 48 hours at
    80°F. Minimum Shore D hardness of 80. Mix ratio of LOCTITE® RenewWrap XPL Part A:B is
    100:34.5 by weight, then (Mixed Epoxy) : (Filler material) 100:7 Parts by weight. If 80
    hardness is not achieved, continue curing in 3 hour intervals. Hardness shall be based
    on average of 5 measurements. Filler material may be a combination of fumed silica or
    polyethylene fibers. 
    							
    Alternate Part 4: 2 coats (13 wet mils each) of LOCTITE® RenewWrap DWF. First coat must
    cure for 24 hours at 75°F prior to the application of the second coat. Final cure is 24
    hours at 72°F. Mix ratio of Part A:B is 100:32.4 by weight.
[4] LOCTITE® Tyfo System Product Application:
    Layer 1: 10 wet mils of Tyfo S. This layer must cure for 1 hour at 75°F.  Mix ratio of
    Tyfo S Part A:B is 100:34.5 by weight.
    
    Layer 2: 40 wet mils of Tyfo TC, Tyfo S or thickened Tyfo S.  No cure time required. 
    Mix ratio of Tyfo TC Part A:B is 100:23.4 by weight.  Mix ratio of Tyfo S Part A:B is
    100:34.5 by weight. Thickened Tyfo S is mixed as (Mixed Tyfo S Epoxy) : (Filler
    Material) 100:7 Parts by weight. Filler Material may be a combination of fumed silica or
    polyethylene fibers.
    
    Layer 3: 8 coats of the reinforcement Layer saturated with Tyfo S. This layer must cure
    for 3 hours at 75F. Mix ratio of Part A:B is 100:34.5 by weight.  Reinforcement layer
    may be a combination of Tyfo SCH-41, Tyfo SCH-41 2X, Tyfo SEH-51A, Tyfo BCC (carbon)
    SEH-81A (glass), Tyfo WEB (glass),Tyfo BC (glass), Tyfo SEH-31A (glass), Tyfo SEH-31A
    (glass), Tyfo SCH-41S (carbon) and Tyfo SCH-41S-2X (carbon).
    
    Layer 4: 20 wet mils of Thickened Tyfo S. Final cure is 48 hours at 80°F. Minimum Shore
    D hardness of 80. Mix ratio of Tyfo S Part A:B is 100:34.5 by weight, then (Mixed Epoxy)
    : (Filler Material) 100:7 Parts by weight. If 80 hardness is not achieved, continue
    curing in 3 hour intervals.  Hardness shall be based on average of 5 measurements. 
    Filler material may be a combination of fumed silica or polyethylene fibers.
    
    Alternate Part 4: 2 coats (13 we mils each) of Tyfo PWC. First coat must cure for 24
    hours at 75°F prior to the application of the second coat.  Final cure is 24 hours at
    72°F.  Mix ratio of Part A:B is 100:32.4 by weight.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Coating Notes: 
    Colors: Black, Blue, Green, Yellow, Red, Gray, Beige, White, Clear, Special
    Number Of Coats: 1-2
    Maximum Field Use Dry Thickness (in mils): 40 mils (20 mils per coat)
    Recoat Cure Time and Temperature: 2-8 minutes at 380-425°F
    Final Cure Time/Temperature: 2-7 minutes at 380-425°F
    Special Comments: Spray application: Pre-heat steel substrate for 30 min at 482°F, and 
                      spray PuroPlaz PE20 on the substrate before the substrate temperatures
    
                      decrease below 302°F. The pre-heat temperature may need to be adjusted
    
                      for substrate thickness. Post heat at 400F to 482F until coating is 
                      smooth. 
                      Fluidized Bed application: Preheat steel substrate for 30 min at
    482°F, 
                      dip in a fluidized bed PuroPlaz PE20 for 5-10 seconds until desired 
                      coating thickness is achieved. Pre-heat temperatures may need to be 
                      adjusted depending on substrate thickness. Post heat at 400F to 482F 
                      until coating is smooth. Recoat cure time and temperature: Pre-heat 
                      metal substrate to 380°F to 425°F. Apply coating and post heat at 400F
    
                      - 425°F for 2-7 minutes until coating is smooth.
[2] Certified for the following end uses: 
    Tanks 3 gallons and greater 
    Pipes, fittings, valves, meters, and pumps 1" and greater 
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Black
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[2] Colors: Blue, Gray, Green, Red, White, Yellow
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[3] Colors: Brown
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 15 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Black
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[2] Colors: Blue, Gray, Green, Red, White, Yellow
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[3] Colors: Brown
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 15 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Black
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[2] Colors: Blue, Gray, Green, Red, White, Yellow
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[3] Colors: Brown
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 15 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Black
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[2] Colors: Blue, Gray, Green, Red, White, Yellow
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[3] Colors: Brown
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 15 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[2] Colors: Blue, Gray, Green, Red, White, Yellow
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 10 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application)
[3] Colors: Brown
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 20 mils
    Final cure time and temperature: 15 minutes at 400°F
    Special Comments: Pre-heat part to 400°F-475°F before powder application (depending on
    thickness of the substrate and application
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: off-white or buff
    Number of Coats: 2-3
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: 5% T-0 Zero VOC Thinner by volume
    Recoat Cure Time and Temperature: 24 hours at 77°F
    Final Cure Time and Temperature: 14 days at 77°F
    Special Comments: Mix ratio of A:B is 4:1 by volume and 7.2:1 by weight.
[2] Colors: Gray					
    Number of Coats: 1-2					
    Maximum field use dry film thickness (in mils): 50					
    Recoat cure time and temperature: 6 hours at 77°F 					
    Final cure time and temperature: 3 days at 75°F 					
    Special comments: Mix ratio of Part A:B is 2:1 by volume.
[3] Colors: TLA 850/TLA 856 White, TLA851/TLA 856 Gray, TLA 852/TLA 856 Buff, TLA 72525/TLA
    856 Oxide Red, TLA 855/TLA 856 Cruiser Blue
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Maximum Thinner: International Thinner GTA 415, 6% by volume
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time and Temperature: 14 days at 75°F
    Special Comments: Mix ratio of Base:Curing Agent is 4:1 by volume.
[4] Colors: Cream, White
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 50 (Total)
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[5] Colors: Cream, White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 25 per coat
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.

[2] Colors: Gray					
    Number of Coats: 1-2					
    Maximum field use dry film thickness (in mils): 50					
    Recoat cure time and temperature: 6 hours at 77°F 					
    Final cure time and temperature: 3 days at 75°F 					
    Special comments: Mix ratio of Part A:B is 2:1 by volume.
[3] Colors: TLA 850/TLA 856 White, TLA851/TLA 856 Gray, TLA 852/TLA 856 Buff, TLA 72525/TLA
    856 Oxide Red, TLA 855/TLA 856 Cruiser Blue
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Maximum Thinner: International Thinner GTA 415, 6% by volume
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time and Temperature: 14 days at 75°F
    Special Comments: Mix ratio of Base:Curing Agent is 4:1 by volume.
[4] Colors: Cream, White
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 50 (Total)
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[5] Colors: Cream, White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 25 per coat
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[9] Colors: ENA380 Bronze, ENA381 Aluminum
    Number of Coats: 2
    Sequence of Coats: 2 coats of either color in any combination.
    Maximum Field Use Dry Film Thickness (in mils): 10
    Recoat Cure Time and Temperature: 24 hours at 73°F
    Final Cure Time and Temperature: 30 days at 73°F
    Special Comments: Mix ratio of color base to curing agent is 3.73:1 by weight and 2.5:1
    by volume.

[2] Colors: Gray					
    Number of Coats: 1-2					
    Maximum field use dry film thickness (in mils): 50					
    Recoat cure time and temperature: 6 hours at 77°F 					
    Final cure time and temperature: 3 days at 75°F 					
    Special comments: Mix ratio of Part A:B is 2:1 by volume.
[3] Colors: TLA 850/TLA 856 White, TLA851/TLA 856 Gray, TLA 852/TLA 856 Buff, TLA 72525/TLA
    856 Oxide Red, TLA 855/TLA 856 Cruiser Blue
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Maximum Thinner: International Thinner GTA 415, 6% by volume
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time and Temperature: 14 days at 75°F
    Special Comments: Mix ratio of Base:Curing Agent is 4:1 by volume.
[4] Colors: Cream, White
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 50 (Total)
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[5] Colors: Cream, White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 25 per coat
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[9] Colors: ENA380 Bronze, ENA381 Aluminum
    Number of Coats: 2
    Sequence of Coats: 2 coats of either color in any combination.
    Maximum Field Use Dry Film Thickness (in mils): 10
    Recoat Cure Time and Temperature: 24 hours at 73°F
    Final Cure Time and Temperature: 30 days at 73°F
    Special Comments: Mix ratio of color base to curing agent is 3.73:1 by weight and 2.5:1
    by volume.

[1] Colors: off-white or buff
    Number of Coats: 2-3
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: 5% T-0 Zero VOC Thinner by volume
    Recoat Cure Time and Temperature: 24 hours at 77°F
    Final Cure Time and Temperature: 14 days at 77°F
    Special Comments: Mix ratio of A:B is 4:1 by volume and 7.2:1 by weight.
[2] Colors: Gray					
    Number of Coats: 1-2					
    Maximum field use dry film thickness (in mils): 50					
    Recoat cure time and temperature: 6 hours at 77°F 					
    Final cure time and temperature: 3 days at 75°F 					
    Special comments: Mix ratio of Part A:B is 2:1 by volume.
[3] Colors: TLA 850/TLA 856 White, TLA851/TLA 856 Gray, TLA 852/TLA 856 Buff, TLA 72525/TLA
    856 Oxide Red, TLA 855/TLA 856 Cruiser Blue
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Maximum Thinner: International Thinner GTA 415, 6% by volume
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time and Temperature: 14 days at 75°F
    Special Comments: Mix ratio of Base:Curing Agent is 4:1 by volume.
[4] Colors: Cream, White
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 50 (Total)
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[5] Colors: Cream, White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 25 per coat
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[6] Colors: ENA310 Bronze; ENA311 Aluminum
    Number of Coats: 2
    Sequence of Coats: Either coating may be used alone or together in any order.
    Maximum Field Use Dry Film Thickness (in mils): 10
    Recoat Cure Time and Temperature: 7 hours at 73°F (minimum)
    Final Cure Time and Temperature: 30 days at 73°F
    Special Comments: Mix ratio of color base:converter is 1:1 by volume.
[9] Colors: ENA380 Bronze, ENA381 Aluminum
    Number of Coats: 2
    Sequence of Coats: 2 coats of either color in any combination.
    Maximum Field Use Dry Film Thickness (in mils): 10
    Recoat Cure Time and Temperature: 24 hours at 73°F
    Final Cure Time and Temperature: 30 days at 73°F
    Special Comments: Mix ratio of color base to curing agent is 3.73:1 by weight and 2.5:1
    by volume.

[1] Colors: off-white or buff
    Number of Coats: 2-3
    Maximum Field Use Dry Film Thickness (in mils): 20
    Maximum Thinner: 5% T-0 Zero VOC Thinner by volume
    Recoat Cure Time and Temperature: 24 hours at 77°F
    Final Cure Time and Temperature: 14 days at 77°F
    Special Comments: Mix ratio of A:B is 4:1 by volume and 7.2:1 by weight.
[2] Colors: Gray					
    Number of Coats: 1-2					
    Maximum field use dry film thickness (in mils): 50					
    Recoat cure time and temperature: 6 hours at 77°F 					
    Final cure time and temperature: 3 days at 75°F 					
    Special comments: Mix ratio of Part A:B is 2:1 by volume.
[3] Colors: TLA 850/TLA 856 White, TLA851/TLA 856 Gray, TLA 852/TLA 856 Buff, TLA 72525/TLA
    856 Oxide Red, TLA 855/TLA 856 Cruiser Blue
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 10
    Maximum Thinner: International Thinner GTA 415, 6% by volume
    Recoat Cure Time and Temperature: 16 hours at 75°F
    Final Cure Time and Temperature: 14 days at 75°F
    Special Comments: Mix ratio of Base:Curing Agent is 4:1 by volume.
[4] Colors: Cream, White
    Number of Coats: 1-3
    Maximum Field Use Dry Film Thickness (in mils): 50 (Total)
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.
[5] Colors: Cream, White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 25 per coat
    Maximum thinner: None
    Final Cure Time and Temperature: 3 days at 77°F
    Special Comments: Mix ratio of Part A:Part B is 2:1 by volume.

[1] Colors: White
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 40
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 4 hours at 70°F
    Final Cure Time and Temperature: 7 days at 70°F
    Special Comments: Mix ratio of A:B is 5.6:1 by volume.

[1] Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 25
    Final Cure Time and Temperature: 35 minutes at 200 - 230°C (392-446°F)
    Special Comments: Substrate must be pre-heated to a minimum of 200°C prior to
    application.
[2] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.

[1] Colors : Red, Grey		
    Number Of Coats: 1		
    Maximum Field Use Dry Thickness (in mils): 20 mils		
    Final Cure Time/Temperature: 7 days at 10-50°C		
    Special Comments: Mix ratio of resin to hardener is 3:1 by volume.

[1] Colors : Red, Grey		
    Number Of Coats: 1		
    Maximum Field Use Dry Thickness (in mils): 20 mils		
    Final Cure Time/Temperature: 7 days at 10-50°C		
    Special Comments: Mix ratio of resin to hardener is 3:1 by volume.

[1] Colors : Red, Grey		
    Number Of Coats: 1		
    Maximum Field Use Dry Thickness (in mils): 20 mils		
    Final Cure Time/Temperature: 7 days at 10-50°C		
    Special Comments: Mix ratio of resin to hardener is 3:1 by volume.

[1] Colors : Red, Grey		
    Number Of Coats: 1		
    Maximum Field Use Dry Thickness (in mils): 20 mils		
    Final Cure Time/Temperature: 7 days at 10-50°C		
    Special Comments: Mix ratio of resin to hardener is 3:1 by volume.

[1] Colors : Red, Grey		
    Number Of Coats: 1		
    Maximum Field Use Dry Thickness (in mils): 20 mils		
    Final Cure Time/Temperature: 7 days at 10-50°C		
    Special Comments: Mix ratio of resin to hardener is 3:1 by volume.

[1] Colors: White
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 21 days at 20°C
    Special Comments: Mix ratio of Part A:Part B is 3:1 by volume. Plural component gun
    application is required at a mix ratio of 3:1. Component temperature and pressure = min
    40°C, 250 bar. Line/gun temperature and pressure = min 40°C, 250 bar. Minimum DFT = 20
    mils.
    

[1] Colors: White
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 21 days at 20°C
    Special Comments: Mix ratio of Part A:Part B is 3:1 by volume. Plural component gun
    application is required at a mix ratio of 3:1. Component temperature and pressure = min
    40°C, 250 bar. Line/gun temperature and pressure = min 40°C, 250 bar. Minimum DFT = 20
    mils.
    

[1] Colors: White
    Number of coats: 1
    Maximum field use dry film thickness (in mils): 60 mils
    Final cure time and temperature: 21 days at 20°C
    Special Comments: Mix ratio of Part A:Part B is 3:1 by volume. Plural component gun
    application is required at a mix ratio of 3:1. Component temperature and pressure = min
    40°C, 250 bar. Line/gun temperature and pressure = min 40°C, 250 bar. Minimum DFT = 20
    mils.
    

[1] Number of Coats: 2-3
    Maximum Field Use Dry Film Thickness (in mils): 85 (30 wet per coat)
    Maximum Thinner: None
    Recoat Cure Time and Temperature: 3 to 24 hours at 23°C
    Final Cure Time and Temperature: 14 days at 23°C
    Special Comments: Please mix (1) 50 lb. bag with 8 quarts of water using a slow speed
    mixer.

[1] Colors: Bone white
    Number of Coats: 2
    Maximum Field Use Dry Film Thickness (in mils): 50
    Recoat Cure Time and Temperature: 24 hours at 89°F
    Final Cure Time and Temperature: 7 days at 89°F
    Special Comments: Mix ratio: 1.75 gallons of water per 40 lbs. of Barricade. After final
    cure, surface
    should be washed down with saline solution (1lb of salt per 1 gallon of water). The
    saline should be left
    on the surface for 24 hours before being rinsed off completely.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Only products bearing the NSF Mark are Certified.
[2] Evaluated for Immediate Return to Service.
[3] Certified for use with 582-25 OF resin only.
[4] 582-25 OF resin is approved for the following cure parameters:
    Final Cure time and temperature: Resin is mixed and applied to felt side of liner; liner
    is inverted into pipe. Lined pipe is cured by hot water cure for a minimum of 5 hours at
    80C. After the hot water cure, lined pipe are subject to an ambient cure of 11 days. 
    
    OR
    
    Final Cure time and temperature: Resin is mixed and applied to felt side of liner; liner
    is inverted into pipe. Lined pipe is cured by steam cure for a minimum of 3.5 hours at
    80C. After the steam cure, lined pipes are subject to an ambient cure of 11 days. 
    

[1] Number of Coats: 1-2
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 200
    Maximum Thinner: None
    Recoat Cure Time and Temperature: Immediate
    Final Cure Time and Temperature: 48 hours at ambient temperature
    Special Comments: 2.0 parts powder is mixed with 0.8 parts water, by volume, to make the
    coating
[2] Certified for use as a crack or void repair material. Repaired area not to exceed 5% of
    the surface area for pipes 6" and greater and for tanks 1,000 gallons and greater.

[1] Number of Coats: 1-2
    Sequence of Coats: N/A
    Maximum Field Use Dry Film Thickness (in mils): 200
    Maximum Thinner: None
    Recoat Cure Time and Temperature: Immediate
    Final Cure Time and Temperature: 48 hours at ambient temperature
    Special Comments: 2.0 parts powder is mixed with 0.8 parts water, by volume, to make the
    coating
[2] Also Certified for use as a crack or void repair material. Repaired area not to exceed
    5% of the surface area for pipes 6" and greater and for tanks 1,000 gallons and greater.

[1] Colors: White, blue
    Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 600 microns (23.6 mils)
    Re-coat Cure Time and Temperature: 3 days at 23°C
    Final Cure Time and Temperature: 10 days at 23°C
    Special Comments: Mix ratio of Part B:Part A (Polyol:Isocyanate) is 3:1 by volume.
    Application by twin feed HOT airless spray at minimum 50ºC for each component.
[2] The Protecfull SFP 108 Repair Kit is only for use on areas coated with Protecfull SFP
    108.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: White, blue
    Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 600 microns (23.6 mils)
    Re-coat Cure Time and Temperature: 3 days at 23°C
    Final Cure Time and Temperature: 10 days at 23°C
    Special Comments: Mix ratio of Part B:Part A (Polyol:Isocyanate) is 3:1 by volume.
    Application by twin feed HOT airless spray at minimum 50ºC for each component.
[2] The Protecfull SFP 108 Repair Kit is only for use on areas coated with Protecfull SFP
    108.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: White, blue
    Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 600 microns (23.6 mils)
    Re-coat Cure Time and Temperature: 3 days at 23°C
    Final Cure Time and Temperature: 10 days at 23°C
    Special Comments: Mix ratio of Part B:Part A (Polyol:Isocyanate) is 3:1 by volume.
    Application by twin feed HOT airless spray at minimum 50ºC for each component.
[2] The Protecfull SFP 108 Repair Kit is only for use on areas coated with Protecfull SFP
    108.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: White, blue
    Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 600 microns (23.6 mils)
    Re-coat Cure Time and Temperature: 3 days at 23°C
    Final Cure Time and Temperature: 10 days at 23°C
    Special Comments: Mix ratio of Part B:Part A (Polyol:Isocyanate) is 3:1 by volume.
    Application by twin feed HOT airless spray at minimum 50ºC for each component.
[2] The Protecfull SFP 108 Repair Kit is only for use on areas coated with Protecfull SFP
    108.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: White, blue
    Number of Coats: 1-2
    Maximum Field Use Dry Film Thickness (in mils): 600 microns (23.6 mils)
    Re-coat Cure Time and Temperature: 3 days at 23°C
    Final Cure Time and Temperature: 10 days at 23°C
    Special Comments: Mix ratio of Part B:Part A (Polyol:Isocyanate) is 3:1 by volume.
    Application by twin feed HOT airless spray at minimum 50ºC for each component.
[2] The Protecfull SFP 108 Repair Kit is only for use on areas coated with Protecfull SFP
    108.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Red
    Number of Coats: 1
    Maximum Field Use Dry Thickness (in mils): 4-500
    Final Cure Time/Temperature: 15 minutes in water at a service temperature of 23C and
    greater.
    Special Comments: Mix ratio of A:B is 2:1 by volume. Product shall be preconditioned to
    at least 95F prior to mixing. Induction time is at least 10 minutes. Cure with air at a
    minimum of 95F for at least 2 hours. Following the air cure, product cure shall continue
    in water at a service temperature of 23C and greater for 15 minutes with a flow rate of
    1 to 5 liters per minute prior to being placed into service.
[2] Certified for Immediate Return to Service. 

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: DW blue, jet black
    Number of Coats: 1 
    Maximum Field Use Dry Film Thickness (in mils): 15 
    Final Cure Time and Temperature: 5 minutes at ambient or until substrate cools down to
    below 150°C.
    Special Comments: Spray Application: Preheat steel substrate for 30 minutes at 250°C and
    spray Abcite X60 on the substrate before the substrate temperature decreases below
    180°C. Preheating temperature may need to be adjusted for substrate thickness. 
    Fluidized Bed Application: preheat steel substrate for 30 minutes at 250°C, dip in a
    fluidized bed of Abcite 1060 for 5-8 seconds.  Preheating temperature may need to be
    adjusted depending on substrate thickness.
    
[3] Colors: Blue
    Number of Coats: 1 - 2
    Maximum Field Use Dry Film Thickness (in mils): 32
    Recoat Cure Time and Temperature: Preheat metal substrate to 180°C - 200°C.  Post-heat
    to 180°C - 200°C for 2-5 minutes.
    Final Cure Time and Temperature: Preheat metal to 180°C - 200°C.  Post heat to 180°C -
    200°C for 2-5 minutes.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: DW blue, jet black
    Number of Coats: 1 
    Maximum Field Use Dry Film Thickness (in mils): 15 
    Final Cure Time and Temperature: 5 minutes at ambient or until substrate cools down to
    below 150°C.
    Special Comments: Spray Application: Preheat steel substrate for 30 minutes at 250°C and
    spray Abcite X60 on the substrate before the substrate temperature decreases below
    180°C. Preheating temperature may need to be adjusted for substrate thickness. 
    Fluidized Bed Application: preheat steel substrate for 30 minutes at 250°C, dip in a
    fluidized bed of Abcite 1060 for 5-8 seconds.  Preheating temperature may need to be
    adjusted depending on substrate thickness.
    
[3] Colors: Blue
    Number of Coats: 1 - 2
    Maximum Field Use Dry Film Thickness (in mils): 32
    Recoat Cure Time and Temperature: Preheat metal substrate to 180°C - 200°C.  Post-heat
    to 180°C - 200°C for 2-5 minutes.
    Final Cure Time and Temperature: Preheat metal to 180°C - 200°C.  Post heat to 180°C -
    200°C for 2-5 minutes.
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: DW blue, jet black
    Number of Coats: 1 
    Maximum Field Use Dry Film Thickness (in mils): 15 
    Final Cure Time and Temperature: 5 minutes at ambient or until substrate cools down to
    below 150°C.
    Special Comments: Spray Application: Preheat steel substrate for 30 minutes at 250°C and
    spray Abcite X60 on the substrate before the substrate temperature decreases below
    180°C. Preheating temperature may need to be adjusted for substrate thickness. 
    Fluidized Bed Application: preheat steel substrate for 30 minutes at 250°C, dip in a
    fluidized bed of Abcite 1060 for 5-8 seconds.  Preheating temperature may need to be
    adjusted depending on substrate thickness.
    
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: DW blue, jet black
    Number of Coats: 1 
    Maximum Field Use Dry Film Thickness (in mils): 15 
    Final Cure Time and Temperature: 5 minutes at ambient or until substrate cools down to
    below 150°C.
    Special Comments: Spray Application: Preheat steel substrate for 30 minutes at 250°C and
    spray Abcite X60 on the substrate before the substrate temperature decreases below
    180°C. Preheating temperature may need to be adjusted for substrate thickness. 
    Fluidized Bed Application: preheat steel substrate for 30 minutes at 250°C, dip in a
    fluidized bed of Abcite 1060 for 5-8 seconds.  Preheating temperature may need to be
    adjusted depending on substrate thickness.
    
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Certified for immediate-return-to-service for pipe end use.
[2] Colors: Tan
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 120
    Final Cure Time/Temperature: 48 hours at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Certified for immediate-return-to-service for pipe end use.
[2] Colors: Tan
    Number Of Coats: 1
    Maximum Field Use Dry Thickness(in mils): 120
    Final Cure Time/Temperature: 48 hours at 75°F
    Special Comments: Mix ratio of A:B is 2:1 by volume
[G] Product is Certified to NSF/ANSI/CAN 372 and conforms with the lead content requirements
    for "lead free" plumbing as defined by California, Vermont, Maryland, and Louisiana
    state laws and the U.S. Safe Drinking Water Act.

[1] Colors: Black, oxide red, sky blue
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 8 
    Maximum Thinner: 20% Thinner 21-06
    Final Cure Time and Temperature: 7 days at ambient temperature
    Special Comments: Mix ratio is of base to hardener is 1:1 by volume
[2] Certification does not include Accelerator 861.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: Blue 1000, White 7000
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Maximum Thinner: None
    Final Cure: 12 days @ 20°C
    Special Comments: Mix ratio of A:B is 83:17 by weight. Mix for 5 minutes, 
                      let stand for 10 minutes, then remix for 1 minute before 
                      application. Scrape the sides of the can while mixing.

[1] Only products bearing the NSF Mark on the product, product packaging, and/or
    documentation shipped with the product are Certified.
[2] Colors: Blue 1000, White 7000
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Maximum Thinner: None
    Final Cure: 12 days @ 20°C
    Special Comments: Mix ratio of A:B is 83:17 by weight. Mix for 5 minutes, 
                      let stand for 10 minutes, then remix for 1 minute before 
                      application. Scrape the sides of the can while mixing.
[3] Colors: Green
    Number of Coats: 1
    Maximum Field Use Dry Film Thickness (in mils): 16
    Maximum Thinner: None
    Final Cure: 5 days @ 20°C
    Special Comments: Mix ratio of base:hardener is 4:1 by volume. Once cure is complete,
    fill tank with fresh water and allow to soak for 4 days. Then rinse with high pressure
    water and drain tank.