- ARC, Protective Metal and Concrete Coatings
Chesterton ARC T7 AR, Abrasion Resistant Barrier Coating for High Temperature and Chemical Exposures
A ceramic reinforced novolac vinyl ester, protective coating for high temperature, chemical exposures where aggressive abrasive conditions may be present.
ARC T7 AR industrial coating is designed to:
Resist a wide range…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC SD4i, Sprayable, Ceramic-Reinforced Coating
100% solids, advanced reinforced thin film coating to protect structures and equipment in extreme immersion services. ARC SD4i industrial coating is designed to:
Protect against corrosion and erosion
Provide extended… - ARC, Protective Metal and Concrete Coatings
Chesterton ARC S7, High Temperature and Chemical Resistant Novolac Vinyl Ester Coating
A low VOC, novolac vinyl ester based, sprayable protective barrier coating for high temperature, chemical exposures where thermal cycling conditions may be present. ARC S7 industrial coating is designed to:
Resist thermal cycling…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC S5, Corrosion Protection in High-Temperature Immersion
Sprayable coating for high-temperature immersion up to 180˚C (356˚F). Ideal for elevated temperature process vessels, and equipment exposed to heated fluids where high-temperature differentials may exist. Protects and upgrades new and…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC S4+, Brush-Roll-Spray Applied, Severe Chemical-Resistant Coating
100% solids, advanced reinforced thin film coating to protect structures against extreme chemical attack. ARC S4+ industrial coating is designed to:
Protect against extreme chemical attack in immersion
Provide extended… - ARC, Protective Metal and Concrete Coatings
Chesterton ARC S3, FDA Compliant, Thin Film, Corrosion Resistant Barrier Coating
ARC S3 is suited for corrosive applications including those where direct food contact exposures is a requirement. This ceramic reinforced, 100% solids coating is tough enough to perform in both…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC S2, Brush-Roll-Spray Grade, Ceramic-Reinforced Erosion Resistant Coating
100% solids, ceramic reinforced thin film coating to protect structures against erosion, abrasion, and corrosion. ARC S2 industrial coating is designed to:
Protect against corrosion and erosion
Provide improved material… - ARC, Protective Metal and Concrete Coatings
Chesterton ARC S1PW HB, General Purpose, Sprayable, Corrosion Protection Coating
100% solids, high build coating to protect structures against chemical, erosion and corrosion attack. ARC S1PW HB is certified for cold water service requiring NSF 600 compliance and NSF 61…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC S1PW, Brush-Roll-Spray Applied Moderate Chemical Resistant Coating
100% solids, reinforced thin film coating to protect structures against erosion, corrosion, and chemical attack.
ARC S1PW details:
Provide excellent barrier protection against abrasion, corrosion and chemical attack
Extends wear and predictable… - ARC, Protective Metal and Concrete Coatings
ARC S1, Brush-Roll-Spray Applied Moderate Chemical Resistant Coating
Mineral reinforced, thin film coating to protect structures against erosion, corrosion, and chemical attack.
ARC S1 is designed to:
Provide barrier protection against mild to moderate corrosion and chemical attack.
Outlast… - ARC, Protective Metal and Concrete Coatings
Chesterton ARC MX FG, Abrasion Resistant Coating for Fine Particle Wear
ARC MX FG is a trowel applied 100% solids, zero VOC, ceramic-reinforced epoxy coating designed for protecting surfaces against dry and wet slurry abrasive flow. This two-part system complies to…
- ARC, Protective Metal and Concrete Coatings
Chesterton ARC MX2, Trowel-Grade Coating for Fine Particle Severe Sliding Wear
100% solids, ceramic reinforced, multi-component system, formulated for extreme sliding-wear and abrasion caused by fine particles.
ARC MX2 industrial coating is designed to:
Protect surfaces against both dry fine particle erosion…