Chesterton ARC CS4,  Mineral-Reinforced Severe Chemical Resistant Concrete Coating

Chesterton ARC CS4, Mineral-Reinforced Severe Chemical Resistant Concrete Coating

​​​​​​​100% solids, highly chemical resistant and wear resistant, low viscosity, thin film 100% Novolac epoxy. ARC CS4 industrial coating is a concrete overlayment designed to:

  • Protect new and old concrete subject to severe chemical attack
  • Replace acid resistant til​es, chemical resistant paints and other concrete coatings
  • Apply by roller, brush, squeegee or airless or heated plural component spray

 

Product Datasheet – ARC CS4 (English)

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Chesterton ARC EG-1 FC,  Rapid-Setting Epoxy Grout to Repair/Patch Concrete Surfaces

Chesterton 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

Product Datasheet: ARC EG-1 FC (English)

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Chesterton ARC EG-1,  Fast-Setting Grout Resurfacer to Repair/Patch Concrete Surfaces

Chesterton 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.

Product Datasheet: ARC EG-1 FC (English)

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Chesterton ARC HT-S  High Temperature Corrosion Resistant Coating

Chesterton 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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Chesterton ARC I BX1 RC,  Rapid-Curing, Trowel-Grade Coating for Coarse Particle Severe Sliding Wear with Impact

Chesterton 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

 

Product Datasheet – ARC I BX1 RC (English)

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Chesterton ARC I BX1,  Impact-Resistant and Severely Abrasive Wear-Resistant Epoxy Composite Coating

Chesterton 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​

Application Instructions – ARC I BX1 (English)

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Chesterton ARC MX FG,  Abrasion Resistant Coating for Fine Particle Wear

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 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

ARC Product Datasheet: ARC MX FG (English)

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Chesterton ARC MX1,  Trowel-Grade Coating for Coarse Particle Extreme Sliding Wear and Impact

Chesterton 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

 

Product Datasheet: ARC MX1 (English)

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Chesterton ARC MX2,  Trowel-Grade Coating for Fine Particle Severe Sliding Wear

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 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

Product Datasheet – ARC MX2 (English)

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Chesterton ARC S1HB,  High Build, Single Coat, Edge-Retentive Barrier Coating

Chesterton ARC S1HB, High Build, Single Coat, Edge-Retentive Barrier Coating

A 100% solids, mineral-reinforced, high-build coating to protect structures against chemical corrosion and erosion.

ARC S1HB is designed to:

  • Provide excellent barrier protection against corrosion and chemical attack
  • Provide resistance to erosive flow
  • High build (1 – 2 ​mm/ 40 – 80 mils) coating designed for rough surfaces
  • Easily applied by heated plural component spray with brush application for touch-up
  • UV sensitive pigment for QC inspection​

Product Availability: North America, Latin America, and Asia Pacific

SDS (Part A) – ARC S1HB (English)

SDS (Part B) – ARC S1HB 

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Chesterton ARC S1PW HB,  General Purpose, Sprayable, Corrosion Protection Coating

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 certification.

ARC S1PW HB is designed to: 

  • Provide excellent barrier protection against erosion, corrosion, and chemical attack
  • Meet all requirements of NSF 61 for potable, cold water service
  • Easily apply by plural component spray

 

Product Datasheet: ARC S1PW HB (English)

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Chesterton ARC S1PW,  Brush-Roll-Spray Applied Moderate Chemical Resistant Coating

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 maintenance
  • NSF 600 Compliant
  • NSF 61 certified as a protective barrier layer for the internals of tanks, pumps, valves and fittings where potable water exposure exists and NSF certification is required
  • NSF 61 for use on the internals of pipes with a diameter of 1/2 inches or greater
  • NSF 61 for use on the internals of tanks >=1,500 US gal (5678 Litres)

Product Datasheet: ARC S1PW (English)

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Chesterton ARC S2,  Brush-Roll-Spray Grade, Ceramic-Reinforced Erosion Resistant Coating

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 flow properties
  • Easily apply by brush, roller, airless, or heated plural component airless spraying

ARC S2(E) available from European Warehouse only.

Product Datasheet – ARC S2 (E) (English)

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Chesterton ARC S3,  FDA Compliant, Thin Film, Corrosion Resistant Barrier Coating

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 static and erosive flow conditions and complies with 21 CFR 175.300 for direct food contact exposures.

  • ​Provides excellent barrier protection against erosion, corrosion, and chemical attack
  • Easily applied by brush, roller, or spray
  • Suited for direct food contact exposures

Application Instructions: ARC S3 (English)

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Chesterton ARC S5,  Corrosion Protection in High-Temperature Immersion

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. P​rotects and upgrades new and old metal equipment.

  • Performs in immersed aqueous solution conditions up to 180°C (356°F)
  • Replaces exotic alloys, engineered plastics, ceramics and conventional coatings
  • Is easily applied by roller, brush, squeegee, or airless spray​​

 

Application Instructions: ARC S5 (English)

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