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ARC EG-1 FC, Rapid-Setting Epoxy Grout to Repair/Patch Concrete Surfaces
ARC EG-1 FC is a three part, 100% solids, rapid setting epoxy grout that can return damaged concrete surfaces to foot traffic in as little as 1 hour and can sustain tow motor traffic within 6 hours of application.
- Resurface concrete damaged by a chemical attack or mechanical stress
- Fill voids prior to top coating
- Bond to damp concrete
- Sets fast allowing rapid overcoating
- Applies easily by trowel
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ARC EG-1, Fast-Setting Grout Resurfacer to Repair/Patch Concrete Surfaces
Use ARC EG-1 to resurface damaged concrete surfaces quickly, including voids up to 12 inches. ARC EG-1 bonds to damp or dry concrete, is fast-setting, and can be rapidly coated within 4 hours with other ARC coatings for improved chemical or mechanical protection.
ARC EG-1 is a 100% solids, three-part grout that uses a low viscosity, moisture-tolerant epoxy chemistry that is reinforced with a dried blend of graded and pigmented silica aggregates.
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ARC HT-S High Temperature Corrosion Resistant Coating
High Temperature Corrosion Resistant Coating
A 100% solids glass/ceramic reinforced novolac epoxy lining for high temperature aqueous cold wall corrosion conditions.
ARC HT-S industrial coating/lining is designed to:
Protect and upgrade new and old metal equipment
Perform in immersed aqueous solution conditions up to 150°C (302°F)
Replace exotic alloys, engineered plastics, ceramics, and conventional coatings
Easily apply by roller, brush, squeegee, or airless spray
Product Datasheet: ARC HT-S(E) – (English) – Available in EMEA Only
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ARC HT-T, Spark Testable High Temperature Trowelable Erosion Control
100% solids, ceramic reinforced abrasion resistant epoxy that protects metal against mild corrosion and erosion in immersion applications at elevated temperature.
ARC HT-T industrial coating is designed to:
- Rebuild and protect new and old metal equipment
- Perform in immersed aqueous solution conditions up to 110°C (230°F)
- Easily apply by trowel
Product Datasheet: ARC HT-T(E) – (English) – Available in EMEA Only
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ARC I BX1 RC, Rapid-Curing, Trowel-Grade Coating for Coarse Particle Severe Sliding Wear with Impact
A rapid curing high impact resistant, 100% solids, epoxy/urethane hybrid with ceramic reinforcements for severe wear regions and impact.
ARC I BX1 RC industrial coating is designed to:
- Cure quickly allowing a faster turn-around with repairs
- Coat and protect surfaces exposed to moderate to severe impact and sliding abrasion
- Rapidly repair/replace cracked ceramic tile or rubber lining where impact forces combined with sliding wear tear seams and edges
- Resist direct and reverse impact forces associated with materials handling system
- Easily apply by trowel
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ARC I BX1, Impact-Resistant and Severely Abrasive Wear-Resistant Epoxy Composite Coating
100% solids, impact resistant, ceramic reinforced, epoxy/urethane hybrid coating for severe abrasive wear and impact resistance.
ARC I BX1 industrial coating is designed to:- Protect surfaces exposed to impact <50 ft lb (<68 Nm) and sliding abrasion
- Provide a longer lasting alternative to rubber lining and ceramic tiles
- Resist direct as well as reverse impact forces
- Easily apply by trowel
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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 21 CFR 175.300 and is suited for direct food contact.
Use ARC MX FG to:
- Protect metal surfaces from extreme sliding-wear and abrasion caused by fine particles
- Restore worn equipment to near original condition
- Provide a longer lasting alternative to rubber linings and ceramic wear tiles
- Resist a broad pH spectrum
- Easily apply by trowel
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ARC MX1, Trowel-Grade Coating for Coarse Particle Extreme Sliding Wear and Impact
100% solids, ceramic reinforced, multi-component system, formulated for extreme impact, and sliding-wear abrasion, and impact caused by medium to coarse particle flow.
ARC MX1 industrial coating is designed to:
- Protect surfaces against dry coarse particle erosion, wet slurry abrasion, and impact
- Provide a longer lasting alternative to rubber linings and ceramic wear tiles
- Restore worn equipment to near original condition
- Replace hard alloy blends as wear resistant material
- Easily apply by trowel
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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 and wet slurry abrasion
- Restore worn equipment to near original condition
- Provide a longer lasting alternative to rubber linings and ceramic wear tiles
- Resist a broad pH spectrum
- Easily apply by trowel
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ARC NVE VC, Stand-Alone Applied Concrete Coating System
Two-layer system, high-performance modified novolac vinyl ester coating for concrete where extreme chemical resistance is required.
ARC NVE Veil Coat (VC) system coating kit is designed to:
- Serve as a stand-alone, thin-film coating
- Protect against a wide range of concentrated acids, organic solvents, and alkalis
- Easily apply by brush, roller, squeegee, or airless spray
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ARC NVE, Three-Layers of Protection
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
- Easily apply by trowel
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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 solvent based films exposed to corrosive conditions.
- Provide a high gloss, low surface energy film.
- Be high voltage spark tested in accordance with NACE SP 0188
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