ARC industrial coatings provide advanced protection for metal and concrete substrates across a wide spectrum of challenging applications. Our customers value ARC coatings’ superior performance against erosion, corrosion, abrasion, and chemical attack. They count on Chesterton’s low-VOC, 100% solids protective coatings to deliver long-term protection for critical industrial processes and equipment efficiency.
Three-layer system, high performance, quartz reinforced, novolac vinylester lining for concrete applications requiring extreme chemical resistance and moderate abrasion and impact protection. ARC NVE industrial coating is designed to:
Replace acid resistant tiles or overlayments of phenolic, furan, polyester, or concrete
Protect against concentrated acids, organic and inorganic acids, solvents, and alkalis
ARC S7 AR is a novolac vinyl ester based, ceramic reinforced, protective coating for high temperature, chemical exposures where erosive particulates and thermal cycling conditions may be present. ARC S7 AR industrial coating is designed to:
Resists erosion
Resists thermal cycling conditions up to 180°C (350°F)
Resists a wide range of inorganic as well as organic acids and hydrocarbon based chemical compounds
Easily applied by airless spray system
Product Availability: North America
NOTE: For lower temperature, non-corrosive applications such as clean gas, see ARC S7.
Brush & Roll Grade, Chemically-Resistant Coating with Moderate Ceramic Reinforcement
100% solids, ceramic reinforced, thin film coating to protect metal against chemicals and corrosion. ARC 855 industrial coating is designed to:
Upgrade new and old equipment exposed to corrosion or chemical attack
Replace traditional coatings, special alloys, engineered plastics, ceramics, etc.
Silica-Free, Brush & Roll-Grade Coating with Moderate Ceramic Reinforcement Content
100% solids, reinforced thin-film coating to protect structures against chemical, abrasion, and corrosion. ARC 855N industrial coating is designed to:
Meet the requirements of Mil Spec 32171
Protect metal against abrasion, corrosion, and chemical attack
Abrasion Resistant Rebuilding and Faring Composite
100% solids, thick film, ceramic reinforced abrasion control epoxy compound formulated to protect metal surfaces subjected to erosion, corrosion, and chemical attack. ARC 858 industrial coating is designed to:
Upgrade new and old equipment exposed to abrasion, corrosion, or chemical attack
Rebuild surfaces with erosion resistant protection outperforming weld overlays
Fill grooves, pits, etc. in metal prior to overcoating with another ARC product
Trowel-Grade Coating for Coarse-Particle, Severe-Sliding Wear
100% solids, modified epoxy formulation, reinforced with a proprietary blend of ceramic beads and powders for severely abrasive, sliding wear environments.
ARC BX1 industrial wear resistant coating is designed to:
Protect areas exposed to sliding abrasion
Resurface damaged metal in lieu of more traditional weld overlays
Replace ceramic tiles and rubber linings, which can disbond easily
Trowel-Grade Coating for Fine-Particle, Moderately Abrasive-Sliding Wear
100% solids, modified epoxy formulation, reinforced with a proprietary blend of ceramic beads and powders for fine particle, abrasive sliding wear environments.
ARC BX2 industrial wear-resistant coating is designed to:
Protect areas exposed to moderate sliding abrasion
Resurface damaged metal in lieu of more traditional weld overlays
Replace ceramic tiles and rubber linings which can more easily disbond
Ultra-Fast Curing Coating for Fine-Particle Moderate Sliding Wear
ARC BX5’s unique surface-tolerant, rapid-curing chemistry allows you to apply the product to marginally prepared surfaces and then return equipment back to service in as little as one hour (at room temperature). Once cured, the high loading of ceramic particles in the film resists aggressive abrasion conditions under wet or dry service conditions
ARC BX5 industrial coating is designed to:
Cure under adverse conditions with maximum adhesion
Quickly patch and repair worn equipment and structures
