Molybdenum Alloys

Specification Features of molybdenum parts Molybdenum content≥99.95%, melting point: 2610℃. 2. High temperature resistant, high tensile strength 3. Outstanding thermal conductivity, low thermal expansion coefficient 4. low vapor pressure and wear resistance 5. Strong anti-oxidation, anticorrosion Production Process Detailed Images Molybdenum products contain molybdenum rod, electrode, bar, plate, sheet, foil, disc, strip, crucible, boat, wire, filament, tube, pipe, block,

Product Detail Product Description TZM molybdenum alloy sheet means tungsten, zirconium and molybdenum alloy plate. TZM molybdenum alloy sheet is characterized by high melting point, resist corrosion and conductivity, strong toughness. With low thermal expansion coefficient, steam pressure and fine mechanical properties, the TZM molybdenum alloy sheet is widely used in various fields. Specification Specifications of rolled molybdenum plates: Thickness mm Width mm Length mm 0

Product description Molybdenum-lanthanum alloy (MoLa), also known as high-temperature molybdenum, is a molybdenum alloy that improves the high temperature performance and other properties of molybdenum by doping lanthanum elements. In order to improve the high temperature performance and service life of pure molybdenum used as a high temperature material, the rare earth elements such as lanthanum molybdenum increase the recrystallization temperature of the material from 1000

MoLa Alloy High Temperature Molubdenum Plate As Molybdenum Alloys Description Molybdenum-lanthanum alloy (MoLa), also known as high-temperature molybdenum, is a molybdenum alloy that improves the high temperature performance and other properties of molybdenum by doping lanthanum elements. In order to improve the high temperature performance and service life of pure molybdenum used as a high temperature material, the rare earth elements such as lanthanum molybdenum increase

Good Price,Best-Selling And High Quality Fun Fidget Spinner With Tungsten Alloy Overview Quick Details Place of Origin: Hunan, China Brand Name: Achemetal Model Number: tungsten weight disk Name: tangle fidget spinner parts tungsten weight disk Material: Tungsten Alloy WNiFe Application: weights Density: 17.0-18.5g/cm3 Shape: cylinder Product name: tungsten alloy cylinder Surface: Bright Advantage: high density Purity: 95%W Keywords: tangle fidget spinner parts Supply Ability

High quality polishing Molybdenum machined part customized wholesale from Luoyang factory Custom machined special-shape fabricated processing molybdenum parts for furnace Molybdenum is a refractory metal that is very useful in many industrial processes and applications that would not be possible with many of the more common metals and alloys. Refractory metals and alloys are extraordinarily resistant to heat and have unique physical properties. Specification Features of

China wholesale high qualityMolybdenum Alloys TZM alloy die casting mold material Product description Because TZM alloy has excellent high temperature strength and creep resistance, it is used to make the production of seamless steel pipe threading movement bar tops. Molybdenum alloy top head is made of molybdenum powder raw material with rare earth materials, processed through the process of mixing, forming, shape processing, high temperature sintering, etc. The density of

Customized any size Molybdenum Alloys Tungsten Molybdenum Alloy Rod Factory Price Product description Tungsten-molybdenum alloy An alloy composed of tungsten and molybdenum. Commonly used tungsten-molybdenum alloys contain 30% to 50% tungsten (by mass). Tungsten molybdenum alloys are produced in the same way as molybdenum metal and molybdenum alloys, i.e., both powder metallurgy post-sintering processing and smelting processing to produce rods, plates, wires or other profiles

Competitive price valve body machined Mo-La molybdenum lanthanum alloy rod Product description Molybdenum-lanthanum alloy (MoLa), also known as high-temperature molybdenum, is a molybdenum alloy that improves the high temperature performance and other properties of molybdenum by doping lanthanum elements. In order to improve the high temperature performance and service life of pure molybdenum used as a high temperature material, the rare earth elements such as lanthanum

Advanced Microelectronic Materials of molybdenum copper Mo-Cu electronic heat sink package Product description With constant improvement of functional efficiency of electronic elements and constant decrease of their volumes, thermal management of electronic systems has encountered severe challenges. Insufficient heat dissipation will cause bad influences on the efficiency and reliability of semiconductors. More than a half of electronic elements going wrong are caused by

Product Detail Product Description Molybdenum-lanthanum alloys, also known as high temperature molybdenum, are molybdenum alloys that are doped with rare-earth lanthanum to improve the high temperature properties of molybdenum and other properties. In order to improve the high temperature properties and working life of pure molybdenum used as a high temperature material, molybdenum is doped with lanthanum and other rare earths to increase the recrystallisation temperature of

Product Detail Product Description Specification TZM Alloy Molybdenum Rods/Bars Grade: TZM Standard:GB/T4188-1984 Application:Suitable for making electric vacuum parts, guide rods,electrodes,lead-out wires,heating parts,etc. Commodity Specification (mm) Tolerance Density Black TZM Molybdenum Rods/Bars Swaged d≥3.0mm ±0.02 10.2g/cm³ Straightened d≥0.5mm Polished TZM Molybdenum Rods/ Bars d≥0.8mm ±0.03 10.2g/cm³ Production Process Packing & Delivery

Molybdenum copper heat sink materials for LED packaging and electronics and semiconductor industries Product description With the development of electronic technologies, the heating of components has increasingly become a bottleneck of their functions and service life. With constant improvement of functional efficiency of electronic elements and constant decrease of their volumes, thermal management of electronic systems has encountered severe challenges. Insufficient heat