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|Manufacturing Standard:||ASTM B365-98||Thermal Conductivity:||0.575 W/cm/K @ 298.2 K|
|Electronegativity:||1.5 Pauling||Electrical Resistivity::||12.45 Micro-cm @ 0 ℃|
Purity 99.95%(3N5)- 99.99%(4N) , Tanatlum Rod , ASTM B365-98 Standard
Application: Ta mechanical parts, semiconductor materials, high temperature resistance materials, anti-corrosion materials, electronic materials
Manufacturing Standard: ASTM B365-98
Specifications - Metallic impurities, ppm max by weight, Balance - Tantalum
Non-Metallic impurities, ppm max by weight
Mechanical properties for annealed Ta rods
|Ultimate Tensile Strength (MPa)||172|
|Yield strength (MPa)||103|
|Elongation(%, 1-in gage length)||25|
Tantalum is dense, ductile, very hard, easily fabricated, and highly conductive of heat and electricity and is featured the third highest melting point 2996℃ and high boiling point 5425℃. It has the characteristics of high temperature resistance, high corrosion resistance, cold machining and good welding performance. Therefore, tantalum and its alloy are widely used in electronics, semiconductor, chemical, engineering, aviation, aerospace, medical, military industry etc. The application of tantalum will be more and more widely used in more industry with the technology progress and innovation. It can be found in cell phones, laptops, game systems, automotive electronics, light bulbs, satellite components and MRI machines.
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