Corrosion resistant titanium niobium alloy plate preparation method, in particular a titanium alloy plate containing Nb0.1 ~ 4.9% and its manufacturing method……
Continue Reading →The manufacturing method of multi-element niobium alloy ingot, the method adds aluminum powder, heating agent, lime, alloying element powder and rare……
Continue Reading →A niobium tubular target machining method comprises: using a first tool to boring and milling the inner hole of the niobium tube blank to obtain the niobium tubular target……
Continue Reading →Niobium titanium alloy precision strip, the composition of the niobium titanium alloy precision strip, according to the mass percentage: Ti(46 ~ 57) %, Nb(42 ~ 53) %……
Continue Reading →Tungsten, molybdenum, tantalum, niobium metal is an important new material used in high-tech industry at home and abroad, its characteristics……
Continue Reading →Compared with other kinds of superalloys, high temperature niobium alloy has the advantages of low density, high temperature (600~1600 ℃) specific strength……
Continue Reading →Tantalum is the main metal. When the alloy is formed into wire, it has a uniformity of tensile strength, resulting in a maximum cluster standard deviation of……
Continue Reading →Among many metal alloys, niobium alloy has become an indispensable material in modern science and technology and industry because of its unique physical……
Continue Reading →The new idea of using additive manufacturing to design unique heterogeneous alloys with novel microstructure and excellent properties opens up a new……
Continue Reading →Tantalum and tantalum alloy structural materials are mostly prepared by vacuum melting method. Solid solution tantalum alloys mainly rely on solid solution strengthening……
Continue Reading →Tantalum is a rare metal with high melting point, corrosion resistance, good plasticity and high chemical activity. Based on the above characteristics of tantalum……
Continue Reading →The preparation method of TC17 titanium alloy flat square profile includes the following steps: 1. Cutting off the riser and bottom of TC17 titanium alloy ingot……
Continue Reading →The production of high-grade titanium frames mostly use titanium and titanium alloy materials, but because of the complex process and high cost of the……
Continue Reading →The utility model relates to a NbTi superconducting switch wire with high nickel content and a preparation method thereof, which comprises the following steps……
Continue Reading →Tantalum processing parts Tantalum has excellent physical, chemical and mechanical properties, making it ideal for demanding applications……
Continue Reading →Custom niobium parts are tailored to meet your unique needs. Our custom niobium parts are carefully designed to provide superior performance and reliability in……
Continue Reading →Tantalum wire is a key material in various industries and stands out for its superior performance and versatility. High melting point: Pure tantalum wire……
Continue Reading →Tantalum is the third most refractory metal, melting point 2980℃, only after tungsten and rhenium. In addition, tantalum also has the advantages of low……
Continue Reading →Tantalum alloy is an alloy composed of tantalum and other elements, which has excellent physical and chemical properties. The anodic oxide film of tantalum……
Continue Reading →Tantalum tungsten alloy is currently commonly used grades Ta10W and Ta2.5W. Tantalum tungsten alloy is a kind of high density material……
Continue Reading →The invention discloses a pure titanium wire material for spectacle frame and a manufacturing method thereof. In the smelting process of pure……
Continue Reading →The invention relates to a preparation method of nickel-molybdenum intermediate alloy used for smelting TA10 ingot. The pure nickel rod and molybdenum rod……
Continue Reading →Ta10W alloy reflux coil will be seriously eroded by potassium at 980 ° C, but Ta8W2Hf alloy will not suffer any erosion at 1315 ° C exposure for 2000h……
Continue Reading →The niobium in the alloy is the matrix, and the melting point of Nb is 2468℃, which is a refractory metal, so the alloy ingot is generally prepared by……
Continue Reading →Adding a few percent of vanadium to the steel can increase the elasticity and strength of the steel, improve the wear and tear resistance, both high temperature……
Continue Reading →Pure metal vanadium is generally obtained by reducing vanadium pentoxide with potassium under high pressure. Most vanadium is a byproduct of……
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