铌金属及合金
铌和所有其他金属一样是灰色的。 然而，通过涂上一层平静的氧化层，它会闪闪发光，呈现出一系列美丽的色彩。 事实上，铌不仅看起来很漂亮。 与钽一样，它对许多化学品具有耐受性，即使在低温下也很容易形成。 铌之所以特别，是因为它以相对较低的重量实现了这种高水平的抵抗力。 这种材料可用于制造各种颜色的硬币嵌件、用于涂层技术的耐腐蚀蒸发舟和用于金刚石生长的尺寸稳定的坩埚。 由于其高水平的生物相容性，铌还被用作植入材料。 由于其高转变温度，铌也是超导电缆和磁体的理想材料
产品代码 : AL-TiNb-Ti55%-TP
Niobium titanium alloy tube is made of NbTi alloyed ingots, through drilling holes, drawing, rolling, annealing process, finally the tubes are finished. The chemical content of niobium and titanium can be customized by each client. The common compositions are Nb50%-Ti50%, Nb53%-Ti47% and Nb45%-Ti55%.
产品代码 : AL-NbTaHf-Nb7.5wt%-TP
Usually the content of this alloy is Nb-7.5wt%Ta-2wt%Hf or Ta -1wt%Hf. Niobium Tantalum Hafnium Alloy tube is made of Nb-Ta-Hf alloyed ingots, through drilling holes, drawing, rolling, annealing process, finally the tubes are finished. The chemical content of niobium and Tantalum,Hafnium can be customized by each client.
产品代码 : AL-TiNb-Ti55%-SF
Niobium titanium alloy Foil is made of NbTi alloyed ingots, through drilling holes, drawing, rolling, annealing process, finally the tubes are finished. The chemical content of niobium and titanium can be customized by each client. The common compositions are Nb50%-Ti50%, Nb53%-Ti47% and Nb45%-Ti55%.
产品代码 : AL-NbTaZr-Nb7.5wt%-TP
Usually the content of this alloy is Nb-7.5wt%Ta-0.7wt%Zr or Nb-7.5wt%Ta-1wt%Zr.. Niobium Tantalum Hafnium Alloy tube is made of Nb-Ta- Zr alloyed ingots, through drilling holes, drawing, rolling, annealing process, finally the tubes are finished. The chemical content of niobium and Tantalum, Zirconium can be customized by each client.
产品代码 : AL-TiNb-Ti55%-BR
Niobium titanium alloy Rod & Bar is made of NbTi alloyed ingots, through drilling holes, drawing, rolling, annealing process, finally the tubes are finished. The chemical content of niobium and titanium can be customized by each client. The common compositions are Nb50%-Ti50%, Nb53%-Ti47% and Nb45%-Ti55%.
产品代码 : AL-Nb-2N-TP
FS-85 is a high strength niobium alloy. With niobium as the base metal, a large amount of tungsten, molybdenum, titanium, zirconium and other metal elements and a small amount of carbon element were added into FS-85. The C129Y niobium alloys forms solution strengthening and it combines with Nb and Zr to form niobium alloys such as FS 85.
