Tungsten Carbide Mold
Hard alloy molds are a type of mold with high hardness, corrosion resistance, high temperature resistance, and low coefficient of expansion
Tungsten Carbide Mold Characteristics and advantages
High wear resistance: Hard alloy mold materials have high wear resistance, which can ensure that the mold can work for a long time under any degree of deformation, ensuring that the size of the stretched parts remains unchanged.
Low adhesion to stretched metal: During the stretching process, black metal materials have low adhesion to hard alloy mold materials, ensuring that hard alloy stretching molds have a high lifespan.
Low friction coefficient: When using a hard alloy mold for stretching, the friction coefficient between the black metal material and the hard alloy mold is low, resulting in low energy consumption.
High thermal conductivity: Hard alloy mold materials have a high thermal conductivity, which can quickly dissipate the heat generated during the stretching process and improve the durability of the mold.
Good corrosion resistance: Hard alloy molds have good corrosion resistance, long mold life during stretching, high production efficiency, low scrap rate of stretched parts, and can greatly reduce production costs. The lifespan of hard alloy molds is more than ten times longer than molds made of other alloy tool steels, and in some cases can even reach over a hundred times.
Carbide powder metallurgy production molds are used in the manufacturing of carbide metal components through the powder metallurgy process. Powder metallurgy is a technique that involves shaping and consolidating metal powders into complex parts or components. Carbide powder metallurgy production mold has the characteristics of high strength, wear resistance and durability.
Our advantages:
1.Self-operated physical factory with more favorable prices
2.The company has a quality inspection department that conducts strict testing
3.Advanced production equipment, high efficiency, fast delivery and good quality
4.23 years of processing and production experience, professional technical team
5.Independent product research and development, strong non-standard customization capabilities, to meet different product needs
6.Strong supply capacity and short product delivery cycle
Tungsten Carbide Mold
Hard alloy molds are a type of mold with high hardness, corrosion resistance, high temperature resistance, and low coefficient of expansion
Tungsten Carbide Mold Characteristics and advantages
High wear resistance: Hard alloy mold materials have high wear resistance, which can ensure that the mold can work for a long time under any degree of deformation, ensuring that the size of the stretched parts remains unchanged.
Low adhesion to stretched metal: During the stretching process, black metal materials have low adhesion to hard alloy mold materials, ensuring that hard alloy stretching molds have a high lifespan.
Low friction coefficient: When using a hard alloy mold for stretching, the friction coefficient between the black metal material and the hard alloy mold is low, resulting in low energy consumption.
High thermal conductivity: Hard alloy mold materials have a high thermal conductivity, which can quickly dissipate the heat generated during the stretching process and improve the durability of the mold.
Good corrosion resistance: Hard alloy molds have good corrosion resistance, long mold life during stretching, high production efficiency, low scrap rate of stretched parts, and can greatly reduce production costs. The lifespan of hard alloy molds is more than ten times longer than molds made of other alloy tool steels, and in some cases can even reach over a hundred times.
Carbide powder metallurgy production molds are used in the manufacturing of carbide metal components through the powder metallurgy process. Powder metallurgy is a technique that involves shaping and consolidating metal powders into complex parts or components. Carbide powder metallurgy production mold has the characteristics of high strength, wear resistance and durability.
Our advantages:
1.Self-operated physical factory with more favorable prices
2.The company has a quality inspection department that conducts strict testing
3.Advanced production equipment, high efficiency, fast delivery and good quality
4.23 years of processing and production experience, professional technical team
5.Independent product research and development, strong non-standard customization capabilities, to meet different product needs
6.Strong supply capacity and short product delivery cycle
