Advantages of Cemented Carbide (Tungsten Steel) Non-Standard Wear Resistant Parts:

High hardness and wear resistance:

Cemented carbide non-standard wear-resistant parts have extremely high hardness, its hardness can reach 1500-2000HV, much higher than the 200-300HV of ordinary steel.This high hardness makes the parts have excellent wear-resistant performance, and can maintain stable performance during long time use.

High precision machinability:

Due to the high hardness and better wear resistance of Cemented Carbide, Cemented Carbide non-standard wear-resistant parts can maintain high machining accuracy when used in conjunction with cutting tools and moulds. Its lower coefficient of friction helps to reduce cutting heat and improve the surface quality and precision of the workpiece.

Wide range of applications:

Cemented carbide non-standard wear-resistant parts are widely used in many fields, such as metallurgy, petroleum, electric power, building materials, machining and so on, because of its wear-resistant, high hardness, high strength and other characteristics. Especially in the fields of tool manufacturing, automotive parts, aerospace and so on, Cemented Carbide Parts play an important role.

Stable chemical properties:

Cemented carbide has good corrosion resistance and can remain stable in complex chemical environments, which is suitable for chemical equipment, food processing equipment and other occasions that require high corrosion resistance.

High temperature stability:

Cemented carbide can maintain stable performance in high temperature environment, which makes Cemented carbide non-standard wear-resistant parts suitable for high temperature working environment, such as manufacturing high temperature tools, high temperature parts and so on.

Cemented carbide (tungsten steel) non-standard wear-resistant parts occupy an important position in industrial production due to its advantages of high hardness, wear resistance, high-precision machinability, wide application areas, stable chemical properties and high-temperature stability. These advantages make Cemented Carbide an ideal material for manufacturing high-precision and high wear-resistant parts.