Wire drawing is a metalworking process used to reduce the cross-section of a wire by pulling the wire through a single, or series of, drawing die(s). There are many applications for wire drawing, including electrical wiring, cables, tension-loaded structural components, springs, paper clips, spokes for wheels, and stringed musical instruments. Our drawing dies are made of high purity tungsten powder the size area are 20% longer than common mould,these factors make sure our wire drawing dies can work longer! we can also produce the following types:Z11,w.v.s13,S12,S10,S01,L,13,11 Note: Other specification can be made upon customer's requirements.---chengdu woco carbide
Grade density hardness t.R.S( mpa) application Yg6 14.9 91.0 hra 2350 Yg8 14.7 89.5 hra 2350 All raw material are tested in terms of density, hardness and t.R.S before use. There are strict inspection on process and final products. Every batch of product can be traced
The component of yg6 tc-balls Grade component hardness density Applications: yg6 tc-balls all is widely used in a variety of hardware industry, valves, bearings, die-casting, punching parts, grinding, measuring. Features: the main components are tungsten-cobalt alloy (wc-co) with a high hardness, hra90-92, abrasion resistance is better, Its wear resistance is hundreds time previous to steel balls The component of yg6x tc-balls Grade component hardness density Bending strength porosity analysis Wc co hra g/cm3 g/�o Yg6x 94% 6% 92 14.6-15.0 1450 a02b02c02 Applications: yg6x carbide ball is widely used in a variety of hardware industry, valves, bearings, die-casting, punching parts, grinding, measuring, Chemical, petroleum, and military.Features: the main components are tungsten-cobalt alloy (wc-co) with a high hardness it is a fine-grained alloy. It��s hardness and wear resistance is a little better than yg6x alloy balls, but it��s toughness is slightly lower than the ball of yg8, So it is suitable for production of wear-resistant alloy and impact-resistant parts The component of yg8 tc-balls Grade component hardness density Bending strength porosity analysis Wc co hra g/cm3 g/�o Yg8 92% 8% 89 14.4-14.8 1800 a02b02c02 Applications: yg8 carbide is widely used in ball valves, bearings, die-casting, punching parts, grinding, measuring, hardness tester, petroleum, chemical, aviation and aerospace. Features: the main components are tungsten-cobalt alloy (wc-co) with a high hardness and wear resistance, it��s toughness is better than yg6 alloy ball and has good anti-vibration shock engaged in the performance, suitable for production of strong shock and vibration components
Supplier all kinds of tungsten carbide powder
Tungsten carbide gripper jaws tips are tools used to clamp and hang the casing string during the drilling process. They are used to clamp or place between the casing of the drill pipe. They are used to tighten and hang the casing string and oil string in the well to prevent them from falling into the well. Note: Other specification can be made upon customer's requirements.
Material Tungsten carbide Product name Tungsten carbide inserts Material grade YG6 Hardness 90-91HRA Density 14.9 g/cm3 TRS 1800N/MM2 Finished customized Tolerance customized
Tungsten carbide gripper jaws are tools used to clamp and hang the casing string during the drilling process. They are used to clamp or place between the casing of the drill pipe. They are used to tighten and hang the casing string and oil string in the well to prevent them from falling into the well. Note: Other specification can be made upon customer's requirements.
Tungsten carbide gripper jaws are tools used to clamp and hang the casing string during the drilling process. They are used to clamp or place between the casing of the drill pipe. They are used to tighten and hang the casing string and oil string in the well to prevent them from falling into the well. Note: Other specification can be made upon customer's requirements.
This tungsten carbide grit also called tungsten grits, carbide grits, it is used to welding or solder onto a steel body, to increase the wear resistance properties. For example, if a steel cutter can cut 24 hours without grits, it will cut 240 hours after with the tungsten carbide grits.
This tungsten carbide grit also called tungsten grits, carbide grits, it is used to welding or solder onto a steel body, to increase the wear resistance properties. For example, if a steel cutter can cut 24 hours without grits, it will cut 240 hours after with the tungsten carbide grits.
