0.25mm Guangming EDM Molybdenum Moly Wire for Cutting

• Application: Electronics, Industrial, Aviation, Electronics, Industrial, Medical, Chemical
• Standard: DIN, BS, JIS, GB, DIN, BS, ASTM, AISI
• Purity: >99.5%, >98%
• Type: Zinc Strip, Nickel Plate
• Alloy: Non-alloy, Alloy
• Powder: Not Powder, Not Powder
• Transport Package: as Your Required
• Specification: as your required
• Trademark: Shenyang steel
• Origin: China
• Production Capacity: 3000 Ton/Tons Per Month

Product Description

Molybdenum wire is a key part for Monocrystalline Silicon growing furnace application, it has higher creep resistance,thermal stability and better ductility after high-temperature use.
Our minimum diameter of moly wire is 0.06mm

1.Density:10.20g/cm3
2.Purity: Mo99.95%
3.Standard: GB/T4182-2003
4. Grade: Mo1
5. Purity : > =99.95%
6. Characteristic:
Melting Point:2610 Degrees Celsius
Boiling Point:4800 Degrees Celsius
Density: 10.2g/cm3
High quality, workability
7. Certificate: ISO9001:2008
8. Product Feature:High melting point, High-density, high temperature oxidation resistance, long service life, resistance to
corrosion..


Application:
Molybdenum wire is widely used in lighting (such as used as mandrel, support wire, lead-in wire, etc.), heating components, heating material in furnace, wire-cutting, spraying wire, glass to metal seals, printer pins, coil-mandrels,hooks for ordinary lights,grids for electronic tubes and heaters for hi-temperature furnaces; also hi-temperature structural for halogen lamps,heaters for hi-temperature furnace, rotation axis for X-ray and other fields and so on.

 

Type:	molybdenum Wire
Material:	molybdenum
Purity:	99.95%Min
Melting Point:	2610
Surface:	Polished
Density:	10.2 G/cm3
Diameter:	0.006-2.00mm
Tungsten color:	Black and White
Tensile Strength:	2770 N/mm2

Atomic number *1	42
Density (Mg/m3)*2	10.2
Melting point(K)*2	2903±10
Boiling point(K)*2	5100
Electrical Resistance (10-8Ωm)*2	5.7
Specific heat (J/kgK)*2	251
Thermal conductivity (W/mK)*2	137
Coefficient of Linear Expansion (10-6/K)*2	5.2 6.51
Work function (eV)*2	4.2
Thermal neutron capture cross section area (barns/atom)*3	2.4±0.02