Titanium carbide laser spraying material, also known as titanium carbide plasma cladding material, is an advanced spraying material, which is composed of a mixture of carbon and titanium, with many excellent properties. Its smooth, dense, high hardness, wear resistance, corrosion resistance, high temperature resistance, oxidation resistance, cost-effective and strong adhesion characteristics make it an excellent spraying (plasma cladding) material.

Titanium carbide laser spraying materials have gradually replaced tungsten carbide spraying materials in many market areas, and have been found to be far more than traditional tungsten carbide spraying materials in terms of performance. Such as aerospace, machinery manufacturing, mining (selection) mining plants, steel mills, shipbuilding, electric power, metallurgy, food, textile, plastics, ceramics, glass, mold, building materials and other industries have been widely used, and by the majority of users.

Titanium carbide laser spraying (plasma cladding) material advantages: has good mechanical properties, can maintain good stability in high temperature and high stress environment, and has the excellent wear resistance of titanium carbide. Disadvantages: The price of spraying (plasma cladding) equipment is higher, the investment cost is larger, the technical requirements of the operator are higher, and the professional training is required to be skilled in operation.

Commonly used particle size:

1 Powder metallurgy, carbide addition industry common specifications: 200 mesh, 300 mesh or production according to requirements.

2 Plasma spraying laser cladding, 3D printing, commonly used particle size: 75-45μm 53-15μm 45-15μm.

3 Welding material, alloy addition, common specifications: 80-200 mesh, or according to customer requirements for production.