Metallic element Tungsten W Rare Metals Hard Carbide Tools Heat Resistant Alloys Use
Metallic Element Tungsten W is a premium rare refractory metal with atomic number 74. Our high-purity metallic element Tungsten W is supplied in ingot, rod, sheet, powder and wire forms, specially manufactured for hard carbide tools and heat-resistant alloy production.
Metallic element Tungsten W delivers stable performance under extreme conditions, and it is an irreplaceable core raw material for high-temperature, wear-resistant industrial manufacturing.
- World’s highest melting point (3422°C), no deformation at ultra-high temperature
- High density (19.25 g/cm³) & superior hardness, excellent abrasion resistance
- Low thermal expansion, stable dimensional accuracy
- Great acid & alkali corrosion resistance, stable electrical and thermal conductivity
All these strengths make metallic element Tungsten W stand out from ordinary metals.
- Multiple purity grades (99.9%~99.99%) of metallic element Tungsten W for selection
- Custom size & shape available to match your production line
- Full quality inspection for every batch, consistent material performance
- Fast bulk delivery & global logistics support
- One-stop technical support for carbide tool and alloy formulation
| Parameter | Specification |
|---|---|
| Full Name | Metallic Element Tungsten W |
| Symbol | W |
| Purity | 99.9% / 99.95% / 99.99% |
| Melting Point | 3422°C |
| Density | 19.25 g/cm³ |
| Available Forms | Rod, sheet, powder, ingot, wire |
| Typical Uses | Hard carbide tools, heat-resistant alloys |
- Hard carbide cutting & drilling tools
- High-temperature resistant alloy structural parts
- High-temperature furnace components
- Radiation shielding & electronic precision parts
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What is the main usage of metallic element Tungsten W?
It is primarily used to produce wear-resistant carbide tools and high-temperature heat-resistant alloys, also widely used in electronics and high-temperature equipment.
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Can you customize dimensions of metallic element Tungsten W?
Yes, we accept OEM customized shapes and sizes based on your drawings.
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Which purity grade should I pick?
99.9% grade suits conventional carbide tools; high-purity metallic element Tungsten W (99.99%) fits precision alloys and electronic components.
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