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CNC Machined Fabricated Molybdenum Parts / MolyProducts For Vacuum Furnace

Place of Origin: Guangdong

Company Profile

Location: Wuhan, Hubei, China (Mainland)
Business Type: Manufacturer
Main Products: Tungsten Carbide Cutting Tools, Tungsten Carbide Wear Parts, Tungsten Products

Product Detail

Model No.: AIA-1

Product Description

CNC Machined Molybdenum Products Molybdenum Fabricated Parts For Vacuum Furnace

 

Molybdenum has outstanding electrical and heat-conducting capabilities and relatively high tensile strength. Thermal conductivity is approximately 50% higher than that of steel, iron or nickel alloys. It consequently finds wide usage as heatsinks. Its electrical conductivity is the highest of all refractory metals, about one third that of copper, but higher than nickel, platinum, or mercury. The coefficient of thermal expansion of molybdenum plots almost linearly with temperature over a wide range. This characteristic, in combination will raise heat-conducting capabilities, accounts for its use in bimetal thermocouples. Methods of doping molybdenum powder with potassium aluminosilicate to obtain a non-sag microstructure comparable to that of tungsten also have been developed. 

 

Molybdenum Parts Applications:

 

Machinery / Medical / Auto / Solar / LED / Motor / Electrical / Electronic/ 
Sensor / Automation Equipment / Lock / Communication / Plumbing/ 
Laser / Aerospace / Building Facilities / Sports Facilities / Computer/ 
Office Equipment / Precise instrument / Automobile Engine / Printing/ 
(Fax Machine/ Copying  Machine / Printer / KMKZ) / Loom / 
Sewing Machine / Elasticizer/ drawing frame / combing machine

 
Comparation of Tungsten and Molybdenum:

 

 

 

 Molybdenum

 Tungsten

 Density

 G/CM3

 10.22

 19.3

 Melting point

 oC

 2620

 3410

 Thermal conductivity

 W/M.K

 98.8   (1400 oC )

 174   (10--100 oC )

 Resistivity

  Ω.CM

 53.1  (1730 oC )

 35   (1000 oC )

 Vapor pressure

 Pa

 7.09 X 10-6   (1600 oC )

 low

 Modulus

 /MPa

 343 350

 35 316

 Thermal expansion coefficient

 K-1

 6.2 X 10-6    (700 oC )

 4.5 X 10-6   (0--100 oC )

 Hardness

 HB

 35--125

 290--350

 Tensile strength

 MPa

 687

 981-1472

 

Picture show:

 

 

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