- EN
As an industrial tooth, cemented carbide has a wide range of modern industrial applications. The main properties of cemented carbide include density, tenacity, hardness, and flexural strength. It is made by powdering, ball milling, pressing and sintering using metallurgical methods. The content of WC and Co in cemented carbide plates for different uses is not consistent. It has excellent hardness, high hardness and good wear resistance. , high elastic modulus, high compressive strength, good chemical stability (acid, alkali, high temperature oxidation resistance), low impact toughness, low expansion coefficient, thermal conductivity and electrical conductivity similar to iron and its alloys. It is also an excellent material for making high-temperature resistant parts, wear-resistant parts, anti-shielding parts, and corrosion-resistant parts. When using, tungsten steel plates of appropriate material should be selected according to the purpose.
The main types of cemented carbide plates include the following models: YT15 YT14 YT5 Y30 YW1 YW2 YW3 YS8 YS25 YS30 YG3 YG3X YG6 YG6A YG6X YG8 YG8N YG10 YG11 YG12 YG15 YG20 YG25, etc. These types of cemented carbide plates are widely used in the market. Many, because the carbide plate has excellent mechanical properties, high hardness, good wear resistance, high elastic modulus, and high compressive strength, the carbide blade has great advantages and is rapidly used in industry. be promoted. In just fifty years, the use of carbide blades has increased metal cutting speed by two hundred times, from ten meters per minute to more than two thousand meters. Heat-resistant carbide still maintains good elasticity and mechanical strength, and is generally used for thicker cutting volumes, intermittent cutting and poor part clamping. The effect is better after coating and can be processed to various materials with HRC50°. Carbide has 1-2 times the service life and excellent impact resistance.
