• ARC MX2 Fine Particle Coating
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ARC MX2 Fine Particle Coating applied to impellar in an agitator tank

The impellar in an agitator tank is coated with ARC MX2 for abrasion protection in an extreme environment

ARC MX2 Fine Particle Coating applied to pump volute to reduce excessive wear

ARC MX2 Fine Particle Coating reduces excessive wear in this pump volute

ARC MX2 Fine Particle Coating product packaging
ARC MX2 Fine Particle Coating applied to impellar in an agitator tank
ARC MX2 Fine Particle Coating applied to pump volute to reduce excessive wear
ARC MX2 Fine Particle Coating product packaging

ARC MX2 Fine Particle Coating is an advanced ceramic reinforced, multi-component system.

It’s formulated for the repair and protection of all metal surfaces exposed to extreme sliding wear and abrasion caused by fine particles.

ARC MX2 is a 100% solids, VOC free, tough coating that extends the life of equipment exposed to fine particle wear and resists a broad range of slurries. It bonds easily to prepared surfaces, is easily moulded and serves demanding applications.

This fine particle coating is formulated with a high concentration of ceramic beads and fine ceramic particles for extremely abrasive environments where metal loss is often repaired by more conventional and costly weld overlay.

ARC MX2 is a long lasting wear resistant surface and performs where risk of dark contamination is critical. Its low viscosity formulation allows simple application while ensuring resistance to erosion, corrosion and chemical attack.

ARC MX2 Fine Particle 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
  • Safely and easily apply by trowel

ARC MX2 Fine Particle Coating application areas include:

  • Cyclones
  • Wear plates
  • Cleaner cones
  • Valves
  • Slurry pumps
  • Pipe spools
  • Hopper bins
  • Agitators
  • Pulp dewatering screws
  • Mixers
  • Pulverizers
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Mix Ratio A:B By Weight 3.9 : 1
Working Time 2.5 litres is 50 mins at 16°C (60°F)

16 litres is 25 mins at 16°C (60°F)

Curing Schedule Tack Free at 16°C (60°F) is 7 hours

Light Load at 16°C (60°F) is 24 hours

Full Load at 16°C (60°F) is 48 hours

Full Chemical at 16°C (60°F) is 72 hours

Pull Off Adhesion (ASTM D 4541)

238.9 kg/cm² (23.5 MPa)

3400 psi

Vertical Sag Resistance

21°C (70°F) and 6mm (240 mil)

No Sag
Maximum Temperature

(Dependent on service)

Wet Service is 95°C (203°F)

Dry Service is 205°C (400°F)

Cured Density 2.4 g/cc

150 lb/ cu.ft.

Packaging and Coverage
Nominal, based on a 3mm (120 mil) thickness
2.5 litre kit covers 0.83 m² (8.97 ft²)

16 litre kit covers 5.33 m² (57.41 ft²)

ARC 858 high strength bonding polymer seals, shims and bonds new plates to a prepared surface on an offshore platform

Plate Bonding – Cactus ARC 858

Live Leak Sealing A Drains Line

Bristle Blaster surface preparation tool is used for pipeline construction, maintenance and repair

Bristle Blaster, Pipeline Construction

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