Pure Molybdenum Crucible Price for Melting Steel
- Model
- Mo1,TZM, MLa
Item specifics
- Key product
- pure molybdenum crucibles for melting platinum
- Grade
- Mo1,TZM, MLa
- Working temperature
- 1300-2000 Centigrade
- Purity
- 99.95% Min
- Density
- 10.2g/cm3
- Material
- Pure Molybdenum
- Dimension
- User's demand
- Processing
- Forged or Sintered
- Feature
- High Temperature Resistance
- Application
- Melting
Review
Description
Molybdenum crucibles can be produced with sintering purposes (density of 9.8-10.2g/cc) or forging purposes (up to 10.2g/cc). Customized shapes for Molybdenum crucibles are included, but are not limited to oval, tapered, bottomless, or round mouth.
Molybdenum Crucibles can be used in LED Sapphire Crystal Growing and Chemical industry.
GETWICK can provide customized molybdenum crucibles according to customer's drawings. We also provide solutions for your research.
GETWICK has a vertically integrated supply chain with the capability to refine molybdenum powder, press and sinter ingots,roll input material for spinning, spinning to form, trim, and clean molybdenum and molybdenum alloy crucibles.
GETWICK can manufacture a wide-range of diameter, height and thickness crucible sizes to fullfill our customers' needs.
Sinter molybdenum crucible |
|||||
Purity |
Density |
Sizes |
Wall thickness |
Tolerance | roughness |
99.95% |
Dia(mm): 10-500 |
8-20mm |
Dia: +/-5.0mm | Ra=1.6mic | |
Height(mm): 10-750mm |
Height: +/-5.0mm |
Forge molybdenum crucible |
|||||
Purity |
Density | Sizes |
Wall thickness | Tolerance | roughness |
10.2g/ cm3 | Dia(mm): 10-500 |
4-20mm | Dia: +/-5.0mm | Ra=1.6mic |
|
Height(mm): 10-750mm |
Height: +/-5.0mm |
With a high corrosion resistance to most acids and many molten materials such as glass or metals.Molybdenum crucibles are ideal for the metallurgy, mechanism, and rare earth smelting industries.They can withstand vacuum thermal evaporation, nuclear fuel sintering, and capacitor sintering.Molybdenum crucibles are also seeing an increased use in the growing high technology industry and in crystalloid materials.