MengziMold plasma-sprayed tungsten carbide cemented carbide coating

Advantages of Supersonic Spraying Tungsten Carbide Coatings: 1. Higher Speed: The supersonic speed of tungsten carbide spraying is about five times the speed of sound. This results in superior processing performance and ensures that there’s no need to worry about processing efficiency. During the spraying process, the powder’s velocity can be rapidly increased, effectively maintaining the density and strength of the sprayed coating, so you can rest assured about its performance. 2. Stronger Bonding: Thanks to the unique nature of the supersonic tungsten carbide spraying process, the coating achieves a highly dense structure, which significantly reduces porosity. This ensures exceptional surface performance. Moreover, this processing technique provides exceptionally high bonding strength, resulting in products of superior quality that are well worth choosing. 3. No Workpiece Deformation: Supersonic tungsten carbide spraying can effectively prevent workpiece deformation even during high-speed operations, guaranteeing excellent practicality and reliability.

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MengziTungsten Carbide Spraying and Processing

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Product Description

Supersonic Spraying of Tungsten Carbide Cemented Carbide Coatings via Mould Melting and Spraying

Tungsten carbide is a highly versatile material that can achieve a wide range of properties through alloying. Its exceptional hardness enables it to shape and cut virtually any other material, while its high-temperature resistance allows it to operate at high speeds, maximizing its value as a cutting tool.

Advantages of supersonic spraying tungsten carbide coatings:

1. Higher speed—The speed of sound for supersonic tungsten carbide spraying is about five times the normal speed of sound, resulting in superior processing performance and eliminating any concerns about processing efficiency. During the spraying process, the powder’s velocity can also be rapidly increased, effectively ensuring the density and strength of the sprayed coating, so there’s no need to worry about its performance either.

2. Stronger bonding. Due to the unique process used in supersonic spraying of tungsten carbide, the coating is highly dense, which effectively reduces porosity and ensures superior surface performance. Moreover, this processing technique offers exceptionally high bonding strength, resulting in products of even better quality and making them a more reliable choice.

3. The workpiece remains undeformed. Supersonic spraying of tungsten carbide can effectively ensure that the workpiece does not deform even under high-speed operation, and its practicality is also guaranteed.