Appearance: | Dark Grey Powder With Good Flowability | Molecular Formula: | WC |
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Sieving Size: | Negotiable | Total Carbon: | >6.0% |
Free Carbon: | 0.10% | Grade: | YJ |
High Light: | Diamond Drill Crystal Tungsten Carbide Powder,Crystal Tungsten Carbide Powder YJ Grade,WC coarse hard facing material |
good flowability Crystal Tungsten Carbide Powder Hard Facing Thermal Spraying WC Coarse
Material: Crystalline Tungsten Carbide Powder
Grade:YJ
Appearance: Dark grey powder with good flowability
Application: Used for wear-resistant coat material, cemented carbide alloy, diamond drill and it's cover in petroleum exploitation
Characteristic: High purity, uniform particle size, good dispersibility, important raw material for the production of cemented carbide. In addition to high hardness, tungsten carbide has wear resistance, corrosion resistance, high temperature resistance and other characteristics.
Specification:
Grade | YJ | |
Impurity Content % MAX | T.C. | >6.0 |
F.C. | 0.1 | |
Fe | 0.3 | |
Ti | 0.1 | |
Mo | 0.1 | |
Si | 0.05 | |
O | 0.2 | |
W | Balance | |
Sieve size (mesh) | -60/+325,-100/+200, -200/+325, -325 (Can be negotiated) |
SEM:
Tag: Crystalline Tungsten Carbide Powder, Coarse crystal tungsten carbide powder (WC) , Thermal Spraying, good fluidity, hard facing material.
Summarize: Crystalline tungsten carbide powder or Coarse crystal tungsten carbide powder (WC) is the key raw material of coarse crystal carbide due to its excellent crystallization property, few structural defects, large size of subcrystal, large microhardness and small microstrain.Coarse crystal WC powder has different properties and USES from medium and fine crystal WC powder. Especially at high temperature, it has a series of advantages such as fewer structural defects, high microhardness and small microstrain.Coarse crystal WC powder is widely used in mining tools, stamping dies, manmade diamond anvil, high speed cutting tools, jet engine parts, resistance heating elements, kiln structural materials, cermet materials and hard surface materials.