Ceramic Epoxy: Asset Protection & Repair

Solving Erosion & Corrosion with Ceramic Epoxy Systems

In the industrial environment, the true cost of an asset isn’t its purchase price, it’s the cost of downtime. When engineers & asset mangers choose a Resimac industrial ceramic epoxy, they are they are implementing a performance upgrade that addresses three critical operational needs.

• Eliminating Wear & Tear: Ceramic epoxy systems create an ultra hard barrier designed to withstand aggressive environments. This shields components such as pumps, impellers, and pipe elbows from abrasive grit and slurries, ensuring assets remain operational.
• Reduced Costs: These coatings do more than just protect, they optimise. By creating a smooth, low friction surface, ceramic epoxy’s allow fluids to move more freely. This reduces the workload on motors, lowering energy costs and helping your facility meet 2026 carbon reduction targets.
• Avoid Expensive Replacements: Our coatings function as a durable barrier, by absorbing mechanical impact and wear, they protect the base metal, reducing the need for costly replacement parts and lengthy downtime.

Identifying the Right Ceramic Solution for Your Application

Whether you are dealing with a wastewater silo, a chemical pump, or a high traffic loading ramp, choosing the right wear coating is essential. Resimac’s industrial ceramic coating technology is designed for rapid application and long term durability, providing a specialised wear coating for every industrial challenge.

Resimac Rebuilding & Repair Pastes

• 201 Ceramic Repair Paste: Solvent free epoxy paste used to fill surface erosion and pitting on metallic surfaces
• 204 Heavy Duty Ceramic Repair Paste: Contains 0.2mm–1.2mm ceramic beads for extreme resistance to sliding abrasion in heavy processing environments
• 204 HD Paste: Contains 1mm–1.5mm ceramic beads. It is specifically designed for extreme sliding wear and erosion caused by wet slurries and larger aggregate flow
• 204 UHD Paste: An ultra high density version of the 204 HD system. It combines ceramic beads with a specialized energy-absorbing resin to withstand the most severe environments involving both extreme sliding abrasion and heavy mechanical impact.
• 204 XHT Paste: A ceramic reinforced paste designed specifically for extreme high temperature environments

Resimac Protective Coatings & Fluids

• 202 Ceramic Repair Fluid: A brushable reinforced epoxy fluid, ideal for resurfacing metallic components exposed to aggressive fluid flow
• 203 Super Flow: A specialised ceramic coating used to improve fluid flow efficiency while protecting against erosion corrosion
• 208 Ceramic UW: Specifically formulated for application to wet or underwater surfaces, such as splash zones and subsea structures

Resimac High Temperature Systems

• 205 Ceramic HT Fluid: A solvent free epoxy novolac coating for high temperature immersion, up to 130°C (265°F) in hydrocarbon or aqueous applications
• 206 Ceramic HTA Fluid: A durable reinforced novolac coating for high temperature immersion in acidic environments
• 207 Ceramic XHT Fluid: Designed for extreme temperature immersion, resisting fluid flow up to 180°C (356°F)