201 Ceramic Repair Paste

PT. Sukses Chemigas Indonesia

A durable epoxy filler designed to repair worn and corroded metal surfaces. Provides excellent abrasion and erosion resistance for long lasting protection.

Description

201 Ceramic Repair Paste is a solvent free epoxy repair paste designed to restore and protect worn or corroded metal surfaces. Reinforced with ceramic fillers, it offers abrasion resistance and long term durability in demanding environments. Ideal for filling surface erosion and corrosion, it’s a reliable solution for maintenance and repair.

Engineered for ease of use, this two component epoxy adheres strongly to blast cleaned surfaces and can be applied up to 25mm thick without sagging. Its 100% solids composition ensures no shrinkage during curing, providing a tough, wear resistant finish that extends the lifespan of critical components. Once cured, it can be overcoated with Resimac 202 Ceramic Fluid or 203 Super Flow coatings for added protection.

Key Features
  • High build epoxy filler for effective surface repair
  • Excellent abrasion and erosion resistance
  • Can be applied up to 25mm thick
  • Solvent free for safer application with less harmful emissions
  • MIL-PRF-24176C Qualified – Approved for military applications under Type I and II standards.
Typical Applications
  • Worn impellers
  • Damaged valves
  • Separator housings
  • Damaged pump casings
  • Eroded pipe work
  • Propellers
  • Bow thrusters
  • Rudders
  • Corroded water boxes
  • End plates and tube sheets

Related Products

106 Metal Repair Paste XF

A fast curing, solvent free epoxy ideal for rapid metal repairs. Bonds underwater, requires minimal preparation, and is fully machinable for consistent, reliable results.

305 Wet Bond Paste

Solvent free, high build epoxy paste that bonds to wet metal surfaces with minimal surface preparation, ideal for saturated or adverse conditions.

203 Super Flow

An erosion and corrosion resistant epoxy coating designed for fluid flow applications, improving flow efficiency by reducing wear and damage in harsh process environments.
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