2468 c melting point niobium foil

Brand Name:Forged

Model Number:customized

Place of Origin:Luoyang Henan, China

...Extruded Characteristic Melting point : 2468℃ Boiling point : 4744℃ Application Widely used in chemical, electronics, aviation and aerospace fields Product Features Excellent Corrosion Resistance Good ...

Place of Origin:Baoji

Brand Name:huaheng titanium

Model Number:HUAHENG

...Niobium Foil Niobium Strip Grade:RO4200.RO4210,R04251,R04261 Color:Silvery gray Available grades:Pure grade, Nb-Ti alloy, Nb-Zr alloy (Nb-Zr1%, Nb-Zr10%) Supply condition:Cold rolled, Hot rolled, Extruded Product Feature:High melting point, High-density, high temperature oxidation resistance, long service life, resistance to corrosion Related Products:niobium bar, niobium sheet, niobium pipe, niobium wire, niobium foil, niobium

Brand Name:JINXING

Model Number:Niobium Foil

Place of Origin:CHINA

..., high melting point, corrosion resistance, wear resistance and other characteristics, and is widely used in steel, superconducting materials, aerospace, atomic energy and other fields Description Niobium Foil Product name: Niobium Foil Standard:

Brand Name:PRM

Model Number:Custom

Place of Origin:China

...Niobium Strip Grade RO4200,RO4210 Nb1 Nb2 TaNb3 etc. Thickness 0.02mm,0.025mm,0.03mm,0.05mm etc. Width 1mm,1.5mm,2.0mm,2.5mm,3.0mm etc. Density 8.57g/cm3 Melting point 2468℃ Standard ASTM B393 Advantage It has good high temperature resistance, ductility and corrosion resistance, and can be punched, bent, bulged, flanged and lightly stretched. Application Niobium...

Brand Name:ZYD

Model Number:ZYD-Custom-Metal

Place of Origin:China

99.5% Pure Niobium Bar RO4200-1 For Superconductor Technology Advantage: 1. High melting point, Melting point: 2468 °C, Boiling point: 4742°C 2. Low vapor pressure 3. Good cold process ability 4. Excellent chemical stability 5. Good resistance to ...

Model Number:Tantalum Wire

... chemical element with similar properties to niobium. Tantalum is ductile and can be drawn into fine wire or made into thin foil. Its coefficient of thermal expansion is very small, expanding by only 6.6 parts per million per degree Celsius. In addition,