Process Details
- Surface prepared for coating
- Hard-facing material selected
- Material applied by welding
- Molten layer forms on surface
- Rapid cooling solidifies coating
- Increased wear resistance achieved
- Final finishing as required
Hard Facing Process
Hard facing is a process in which wear-resistant and tough materials are welded onto the surface of a base metal to improve its wear resistance properties, enabling it to withstand demanding working conditions.
At VEERCOAT, hard facing materials based on Cobalt, Nickel, and Iron are deposited using GTAW, GMAW, and SMAW welding processes.
- Extend the life of the base metal by protecting it from wear
- Extend the life of the base metal by protecting it from abrasion
- Extend the life of the base metal by protecting it from corrosion
- Iron Base. E.g., EFe-1, EFeMn-A, EFeCr-A2, etc.
- Nickel and Cobalt Base. E.g., ECoCr-A, ENiCr-C, ENiCrMo-5A, etc.
- Copper Base. E.g., ECuAl-A2, ECuSi, ECuNiAl, etc.
- Tungsten carbides . E.g., WC1, W2C, WC2, etc.
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