Tungsten Carbide Thermal Spray Powder

Composite carbide alloys are designed to meet the challenges of quite strange working conditions. Whether it is high-temperature gas erosion, severe rock wear, or molten zinc liquid corrosion, you can find corresponding solutions in this series of alloys.

Composite carbide alloys usually use different cobalt and nickel alloys as the matrix, and usually add carbides of different proportions, shapes, and types to form alloys with unique properties. Composite carbide alloys not only have high temperature resistance and corrosion resistance, but also have excellent wear resistance. They are widely used in drilling tools, mining machinery, fluid machinery and other products. Usually suitable for plasma powder surfacing process and laser cladding process.

Cobalt carbide alloys are a series of powder alloys developed specifically for HVOF process. These powders are manufactured through different manufacturing processes such as agglomeration sintering, casting damage atomization, etc., which can be applied to most HVOF systems and can produce high-density coatings with good adhesion.