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Ceramic Repair Thixotropic epoxy system for industrial maintenance with good surface finish
Epoxy system designed to meet high demands for the protection, maintenance and repair of materials that are subject to intense abrasion and corrosion. This product contains epoxy resin, modifiers and medium silicon carbide granules that give the coating a very high abrasion resistance.
Benefits
- Cold repair
- Increases equipment life
- High abrasion and chemical resistance
- Decreases downtime and parts replacement costs
- Not contract
- Smooth surface with high wear resistance is obtained
- Applicable with spatula
Main Applications
Used to make repairs / maintenance of anti-abrasion and anti-corrosion coating of carcasses, rotors, pumps and other equipment that undergo corrosive or abrasive attack in the environment in which they operate.
CERAMIC REPAIR RESIN + CERAMIC REPAIR HARDENER form a two-component, high-abrasion thixotropic epoxy system due to its medium silicon carbide granules. Used in industry for maintenance and repair of materials that are subject to intense abrasion and corrosion.
Packaging
Ceramic Repair Resin: 1.5kg Ceramic Repair Hardener: 0.15kg
- Working time at 25 ° C: 15 minutes
- Total cure at 25 ° C: 72 hours
- Silicon Carbide Fine Grains
- The surface to be coated with CERAMIC REPAIR should be clean, sanded and preferably sandblasted and dry for good resin adhesion.
- Where product adhesion is not desired, two layers of Z 15 LC release agent should be applied.
- The CERAMIC REPAIR HARDENER should be added to the CERAMIC REPAIR RESIN and then require a mixture between the two components using a metal spatula. For larger quantities, a mechanical homogenizer is recommended. It is essential to obtain a homogeneous mixture.
- Once homogenized, the product can be brushed or spatulated at the application site.
- When the ambient or parts temperature is below 15 ° C, apply a heat source to heat the parts and resin at a temperature of at least 25 ° C. This procedure will provide the perfect cure of the resin which consequently will promote the maximum mechanical resistance.
