Molybdenum is a silvery-white, hard, transition metal, which has the eighth-highest melting point of any element. Molybdenum burns only at temperatures above 600oC (1,112 °F). It has the lowest heating expansion of any commercially used metal and it is widely used in alloys, electrodes and catalysts.
Standards: ASTM B386
Size Available: Thick 0.02mm min * wide 1000mm max * Long 3000mm max
Standards: ASTM B387
Size Available: Outer Diameter 3mm ~ 350mm * Long 6000mm max
Standards: ASTM B387
Size available: Outer Diameter 0.01mm min ~5mm
Size available: wall thick 0.15~30mm * OD 3 ~400mm * Long 6000mm max
Mo-Cu alloy (Molybdenum copper alloy)
Mo:Cu: 90:10
Mo:Cu: 80:20
Mo:Cu: 70:30
Mo:Cu: 60:40
Mo:Cu: 50:50
Mo-W (Molybdenum Tungsten alloy, W-Mo alloy)
Mo-30%W
Mo-45%W
Mo-La (Molybdenum Lanthanum alloy, Mo-La alloy)
TZM alloy (High Temperature Alloy, Mo99-Ti0.5-Zr0.08-C0.02)
TZM offers twice the strength of pure molybdenum at temperatures over 1300'C. The recrystallization temperature of TZM is approximately 250'C higher than molybdenum and it offers better weldability adequate ductility. The material is manufactured either by P/M or arc-cast processes. TZM is well suited to hot work applications because of its combination of high hot hardness, high thermal conductivity, and low thermal expansion to hot work steels.
TZC alloy (Mo–Ti1.2–Zr0.3–C0.25)
Mo-Re (Molybdenum Rhenium alloy)
Mo-5%Re, Mo-41%Re, Mo-47%Re, Mo-50%Re
Titanium Material
Nickel Material
Tungsten Material
Niobium Material
Zirconium Material
Tantalum Material