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  • Corrosion resistant surface
    • Extends equipment life
    • Reduces spare parts
    • Reduces downtime
  • High gloss, low drag surface
    • Improves material flow 
    • Enhances efficiency
  • High adhesion strength
    • Prevents under-film corrosion
  • 100% solids; no VOCs; no free isocyanates
    • Enhances safe use
    • No shrinkage on cure
    • Resists permeation
  • Low viscosity, thin film, brush or roller applied coating
    • Easy to apply
    • Saves repair time ​
Pump Casi​ngs
Bins and Silos
Transport Screws
Impellers and blades
Hoppers
Tanks and Vessels
Heat Exchangers
Waterboxes
​Valves


Composition MatrixA two component, modified epoxy resin reacted with an aliphatic curing agent
​​Composit​ion ​Reinforcement​A proprietary blend of ceramic particles providing smooth, wear resistant surface
​​​​
​​​Cured Density​​​​​1.6 g/cc ​100 lb/ cu.ft.
Compressive Strength(ASTM D 695) 840 kg/cm2 (82.7 MPa) 12,000 psi
Flexural Strength(ASTM D 790) 560 kg/cm2(54.2 MPa)8,000 psi
Tensile Adhesion(ASTM D 4541) 352.7 kg/cm2 (34.6 MPa) 5,020 psi
Tensile Strength(ASTM D 638)240 kg/cm2 (23.4 MPa) 3,400 psi
Linear Coefficient of Thermal Expansion(ASTM C 531) 4.6 x 10-5 cm/cm/°C 2.6 x 10-5 in/in/°F
Cathodic Disbondment(ASTM G 8) Passes 60 days
Composite Shore D Durometer Hardness(ASTM D 2240)85
Salt fog - scored panels(ASTM B 117)No rust > 10,000 hours
Vertical Sag Resistance at 21°C (70°F) and .38mm (.015")No Sag
Maximum Temperature(Dependent on Service)​Wet Service
Dry Service
65°C
120°C
149°F
248°F
​​
Click Here for Foreign Language Literature

 

 

Product Datasheet - ARC 855 (English)https://arcindustrialcoatings.chesterton.com/ArcDocuments/ad855_EN.pdfProduct Datasheet - ARC 855 (English)
Application Instructions - ARC 855 (English)https://arcindustrialcoatings.chesterton.com/ArcDocuments/AI_855_EN.pdfApplication Instructions - ARC 855 (English)
SDS (Part A) - ARC 855 (English)https://arcindustrialcoatings.chesterton.com/ArcDocuments/as855A_EN.pdfSDS (Part A) - ARC 855 (English)
SDS (Part B) - ARC 855 (English)https://arcindustrialcoatings.chesterton.com/ArcDocuments/as855B_EN.pdfSDS (Part B) - ARC 855 (English)

Click Here for Foreign Language Literature

 

 

ARC Case Study 016: Chemical Processing - Heat Exchangerhttps://arcindustrialcoatings.chesterton.com/ArcDocuments/EN23593.15_ARC-CS016_CHEMICAL-PROCESSING_HEAT-EXCHANGER.pdfARC Case Study 016: Chemical Processing - Heat Exchanger
ARC Case Study 019: Nuclear Power Industry - Traveling Screen Rackhttps://arcindustrialcoatings.chesterton.com/ArcDocuments/EN23593.18_ARC-CS019_POWER-NUCLEAR_TRAVELING-WATER-SCREENS.pdfARC Case Study 019: Nuclear Power Industry - Traveling Screen Rack
ARC Case Study 031: Mineral & Ore Processing: Exhaust Fanhttps://arcindustrialcoatings.chesterton.com/ArcDocuments/EN23593.29_ARC-CS031_MINING-MINERAL-ORE-PROCESSING_EXHAUST-FAN.pdfARC Case Study 031: Mineral & Ore Processing: Exhaust Fan
ARC Case Study 043: Pulp & Paper Industry - Paper Coneshttps://arcindustrialcoatings.chesterton.com/ArcDocuments/EN23593.42_ARC-CS043_PULP-PAPER_CYCLONE-CLEANER-CONES.pdfARC Case Study 043: Pulp & Paper Industry - Paper Cones
WORLD COAL 2012: "The Use of Advanced Epoxy Composite Linings in Coal Handling and Preparation Plants."https://arcindustrialcoatings.chesterton.com/ArcDocuments/The_Use_of_Advanced_Epoxy_Composite_Linings_Coal_Handling_Preparation_Plants_World_Coal_2012.pdfWORLD COAL 2012: "The Use of Advanced Epoxy Composite Linings in Coal Handling and Preparation Plants."

​ARC 855 requires a minimum of two coats​.
​Nominal, based on a 750 µm (30 mil) thickness

  • 0.75 liter kit covers 0.98 m2 (10.6 ft2)​​
  • 1.5 liter kit covers 2.0 m2 (21.5 ft2)​​
  • 5 liter kit covers 6.67 m2 (71.7 ft2)​​
  • 16 liter kit covers 21.3 m2 (229.4 ft2)
     
    Note: Components are pre-measured and pre-weighed.
    Each kit includes mixing and application instructions.
    0.75 liter, 1.5 liter, and 5 liter kits include tools.

Available Colors

Black and Gray​