Your browser version is outdated. We recommend that you update your browser to the latest version.
 

Specialty Coatings

Maintenance Coatings for all industrial environments. Maintenance products for repairing & rebuilding plant equipment
 
 

A flexible, low viscosity, easy to use coating system, which can be used for oil, or other storage tanks where good chemical resistance is required.
 
Pot Life
(minutes)		 Mix Ratio by
Weight 1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 3:2 2:1 10-25
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 40/4 275/135 10
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
8/120 120 EAC SSPC-6
Application
Procedure 4
           
    
1,3      



A low viscosity, DOT non-corrosive version of the HPL-1110 which can be used for dirty water systems or mild to medium concentrations of inorganic acids and caustics at ambient temperature. Not recommended for petroleum based product storage.
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 3:2 2:1 10-25
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 40/4 275/135 9
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
8/120 120 EAC SSPC-6
Application
Procedure 4		      
1,3      



A moisture tolerant concrete sealer used to restore the integrity of old concrete or prevent outgassing prior to the installation of the topcoat. It can also be used as a clear topcoat.
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
60 9:4 2:1 5
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
1 35/2 250/122 8
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
8/72 24 N/A SSPC-1,7
Application
Procedure 4		      
1,3      



A low viscosity holding primer for steel surfaces allowing for extremely long overcoat windows.		  
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 2:1 1.8:1 2
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
1 50 300/150 6
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
6/120 120 N/A SSPC-10
Application
Procedure 4		      
1,3      



A medium viscosity coating designed to be an environmentally safe replacement for conventional coal tar epoxies. Can be thinned with solvents if necessary.		  
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
30 3.5:1 2.5:1 10
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 60/15 300/150 6
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
6/36 120 EAC SSPC-6
Application
Procedure 4		      
1,2      



A trowelable material which is designed to rebuild and/or protect tanks subject to erosion and corrosion. It is best applied using a mastic or grout pump.		  
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 2:1 2:1 75
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
1-2 55/13 375/190 6
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
6/36 120 SAR SSPC-10
Application
Procedure 4		      
1,2,5      



A low temperature, fast curing, moderately low viscosity product with outstanding abrasion and chemical resistance. It can be used for process vessels, baghouse or precipitator walls, coal bunkers, or flooring. It is designed to be applied by hand or with plural component spray equipment.		  
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
20 5:1 2.7:1 15
Number of
Coats		 Minimum Application
Temp (F/C) 		Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 40/4 375/190 3
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
3/24 120 EAC SSPC-10
Application
Procedure 4		      
1,4      



A medium viscosity product with outstanding abrasion resistance, impact resistance, and flexibility. It can be used for rail cars, ash hoppers, slurry tanks, secondary containment, traveling water screens, or anywhere requiring flexibility, abrasion and chemical resistance. It is designed to be applied by hand or with plural component spray equipment.		  
Pot Life
(minutes)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 4:1 2:1 15
Number of
Coats		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 40/4 375/190 4
Recoat Time
(min/max hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
3/24 120 EAC SSPC-10
Application
Procedure 4		      
1,4      

 

  



A low viscosity, long potlife coating with excellent chemical resistance in an ambient cured material. It is designed to be applied by brush, roller or with conventional airless equipment.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 1.27 4.2:1 3:1 10
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 80 60/15 350/175 8
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
8/72 48 120 EXP SSPC-10
Application
Procedure 4		 pH Range 5      
1,3 1.0-14      
       



An outstanding, versatile and easy to use 100% solids material. It can be used for circulating water pipe, sewage treatment systems, or process water tanks. It can be applied by brush, roller or with conventional spray equipment. Also available in FDA compliant versions.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 1.24 2.4:1 1.8:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application Temp (F/C) Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 250 60/15 275/132 8
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
6/120 48 129 EAC SSPC-10
Application
Procedure 4		 pH Range 5      
1,3 2.0-14      



A moisture tolerant version of the HPL-2510 which can be applied to dams, concrete structures, or tanks by roller or brush using divers.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
40 1.18 3:2 6:5 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application Temp (F/C) Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 60 40/4 250/122 12
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
12/24 72 120 SAR-UW SSPC-6
Application
Procedure 4		 pH Range 5      
1 2.5-14      



A fast curing bis-phenol F epoxy used primarily for secondary containment where excellent chemical resistance to sulfuric and other inorganic acids is required at ambient cure temperatures.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
30 1.29 2.8:1 2:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 60 40/4 375/190 7
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
6/48 42 120 EXP SSPC-10
Application
Procedure 4		 pH Range 5      
1,4 0.5-14      



A high-temperature, abrasion resistant, trowel applied product for boiler skirts, incinerator outlets or anywhere requiring resistance to abrasive elements at high temperatures.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
30 1.81 2.5:1 2:1 60
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
1-2 125 65/18 450/232 3
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
3/24 48 168 EXP-THIXSET SSPC-5
Application
Procedure 4		 pH Range 5      
2 0.5-14      



A high functionality,100% solids novolac material which can be applied by conventional airless spray equipment. It can be used in power plant outlet ducts, utility FGD systems, petrochemical and acid storage tanks, or anywhere requiring outstanding chemical resistance in an easy to apply coating system.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 1.32 3.6:1 2.5:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 80 65/18 375/190 8
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
8/72 72 168 EXP SSPC-10
Application
Procedure 4		 pH Range 5      
1,3 0.5-14      



A high functionality, 100% solids novolac material, designed for concentrated sulfuric acid and other inorganic acid service. It can be applied by hand but is most efficiently applied over large areas by plural component airless.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
20 1.41 3:1 2:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 60 65/18 400/205 3
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
3/24 48 168 EXP SSPC-5
Application
Procedure 4		 pH Range 5      
1,4 0.5-14      



A special version of the HPL-4320 designed for methylene chloride and other solvents. Requires elevated temperature cure.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
25 1.12 4.7:1 3.4:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 80 65/18 375/190 3
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
3/24 48 168 EXP SSPC-5
Application
Procedure 4		 pH Range 5      
1,4 0.5-14      



A flexiblized version of the HPL-4320 used for secondary containment, ductwork or anywhere requiring better flexibility with extremely good chemical resistance.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
45 1.32 2.8:1 2:1 15
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
2-3 60 65/18 350/176 12
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
12/48 72 168 EXP SSPC-10
Application
Procedure 4		 pH Range 5      
1,4 0.5-14      



A very fast reacting, polyurea material used for secondary containment or conveyor beltcoatings. Surfaces coated with this material can be put back into service in a matter of hours. This coating, must be applied using plural component spray equipment and special plural component spray guns.		  
Pot Life
(minutes)		 Density
(g/ml)		 Mix Ratio by
Weight1		 Mix Ratio by
Volume 1		 Thick/Coat
(mils)
1 1.21 1.2:1 1:1 as needed
Number of
Coats		 Max DFT
(mils)		 Minimum Application
Temp (F/C)		 Max Dry Operating Temp (F/C) Dry to Touch
(hours)
1 as needed 20/-6 350/150 1 minute
Recoat Time
(min/max hours)		 Functional Cure 2
(hours)		 Full Cure
(hours)		 Repair
System		 Surface Preparation
Methods 3
n/a 24 24 DUROTHANE SSPC-5
Application
Procedure 4		 pH Range 5      
4 3.0-10