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Features
Linear Formula: | Mo, Ti Zr Mo, Mo-La |
Material: | Grade 361 Mo≥99.95%, Grade 364 TZM Molybdenum Alloy, Molybdenum Lanthanum Alloy La2O3: 0.3~0.7% |
Standard: | ASTM B386 |
Surface: | Rolling, Chemically cleaned, Grinding (Thick>2.0mm) |
Size: | Thickness: 0.1mm - 0.9mm Width: up to 150mm Length: Customized |
Molybdenum Strip Description
Molybdenum is gray-metallic and has a high melting point. It is found in various oxidation states in minerals but does not occur naturally as a free metal. Molybdenum allows readily to form hard and stable carbides. For this reason, molybdenum is frequently used for making steel alloys, high-strength alloys, and superalloy.
Molybdenum is a key industrial element used both in its pure form as a refractory metal and as a an alloying element in irons and steels. Molybdenum as a refractory metal is used in furnaces and electrodes. Alloys are used for tools, pipelines, and various gears and dies, especially in harsh environments. Molybdenum is playing a larger role in green technology focusing on use in biofuels and ethanol, solar panels, and wind power.
SSC specializes in producing high purity uniform shaped molybdenum strips. We also provide TZM alloy strip and Mo-La strip. Price for pure Moly strip is lower than Mo-La alloy strip cause the rolling and sintering process.
Molybdenum Strip Performance
Chemical Composition | Tensile Strength (σb.MPa) | Elongation (δ.%) | Hardness (HV50G. Mbar) |
Molybdenum>99.9% | >690 | >1.5 | <2900 |
Molybdenum Strip Applications and Related Industries
● Conduct electricity reliably to high-intensity discharge lamps (HID lamps)
● Reduce the stress at the boundary between the surrounding glass and the electrically conductive ribbon
● Research & Laboratory
● Electronics
● Military
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