This is a highly professional and cutting-edge field. Unlike thick plates or forgings used for main structural components, the application of titanium alloy foils……
Continue Reading →This is currently the most closely watched and fastest-growing application area for niobium alloys, which highly overlaps with and focuses on the……
Continue Reading →Traditionally, tantalum has been very difficult and costly to manufacture by traditional methods such as mechanical processing and forging due to its……
Continue Reading →Technical features: Tantalum has characteristics such as a high melting point and high density, making traditional processing methods rather……
Continue Reading →The application form of niobium-titanium alloy is always to make superconducting wires. Its structure is usually as follows: hundreds or even……
Continue Reading →Medical titanium wire has extremely high requirements for safety and biocompatibility. With its outstanding properties, it has become an ideal material for manufacturing human implants……
Continue Reading →Niobium wire can maintain stable performance in high-temperature environments. The core reason lies in its unique physical, chemical and crystal structure properties……
Continue Reading →As the anode lead of tantalum electrolytic capacitors: In the electronics industry, tantalum wire, due to its special material properties……
Continue Reading →Niobium wire is a type of wire processed from high-purity niobium (with a purity of ≥99.95%). Its diameter covers the range of 0.2 to 3.15 millimeters……
Continue Reading →The heat treatment process of titanium alloys is a key technology for regulating the microstructure and mechanical properties of titanium alloys through……
Continue Reading →Pure tantalum has good plasticity, low deformation resistance and a relatively low work hardening rate. Various profiles and special-shaped parts can be produced by plastic processing methods……
Continue Reading →Tantalum rods are a special type of metallic material and possess the following characteristics……
Continue Reading →In the industrial production of niobium alloy, the powder is first made into alloy billets, and then high-temperature sintering or melting and casting methods are used……
Continue Reading →Tantalum and tantalum alloys, due to their excellent chemical stability, high-temperature mechanical properties, corrosion resistance and formability……
Continue Reading →Compared with other types of superalloys, high-temperature niobium alloys have the advantages of low density, high specific strength at high temperatures (600~1600 ℃)……
Continue Reading →The preparation method of micron-sized titanium foil is as follows: First, the titanium strip is sent into the rolling mill for one-time rolling to obtain the……
Continue Reading →In the aerospace field, tantalum foil is increasingly demonstrating its unique value and broad prospects. As a highly promising material……
Continue Reading →Ta2.5W foil is a high-performance alloy material with tantalum (Ta) as the base and 2.5% tungsten (W) added. This alloy forms a stable single-phase body-centered……
Continue Reading →The main processing methods of tantalum foil are: Chemical etching method: By processing tantalum foil with acid or alkali etching agents……
Continue Reading →Titanium is silvery white in color and features light weight, high strength, metallic luster and resistance to wet chlorine corrosion. Titanium foil is a thin……
Continue Reading →The preparation method of niobium-titanium-aluminum alloy ingots, which includes: First, crushing the niobium-titanium ingots to obtain niobium-titanium chips……
Continue Reading →The processing method of titanium alloy special-shaped capillary materials involves winding titanium alloy capillary materials drawn to a certain specification onto a wire wheel……
Continue Reading →High-purity vanadium is pressed into several electrode blocks by a hydraulic press, and then these electrode blocks are welded into self-consumable electrodes……
Continue Reading →The manufacturing process of ultra-thin-walled tantalum capillaries first selects the metal material tantalum. The key processes include annealing process……
Continue Reading →At present, the relatively mature commercial niobium alloys in use are mostly C103(Nb-10Hf-1Ti-0.7Zr) and Nb521(Nb-5W-2Mo-1Zr)……
Continue Reading →Bipolar Plates for hydrogen fuel cell vehicles (FCEV). Traditional graphite bipolar plates are brittle and large in volume. Titanium alloys……
Continue Reading →Niobium-zirconium alloys (such as Nb-1Zr and Nb-2.5Zr) are widely used in nuclear industry, aerospace, superconducting magnets……
Continue Reading →Pure Vanadium and its compounds, due to their unique physicochemical properties (such as high melting point, excellent catalytic activity……
Continue Reading →Niobium titanium alloy (Nb-Ti), as the most mature and practical superconducting material at present, dominates the……
Continue Reading →Application of high-temperature furnace heating elements: Used as heaters or heat insulation screens in semiconductor single crystal growth furnaces……
Continue Reading →Titanium alloy glasses have become the mainstream choice in the high-end eyewear market due to their characteristics such as lightweight……
Continue Reading →Tantalum alloy wire, with its triple characteristics of "high temperature resistance, corrosion resistance and biofriendliness"……
Continue Reading →Tantalum has excellent high-temperature resistance. Its melting point is as high as 2980℃. After alloying, it can still maintain good strength and……
Continue Reading →Barrier layers and diffusion barriers, application scenarios: In chip interconnection structures, they serve as barrier layers for copper wiring……
Continue Reading →Different forms of niobium processed parts, such as plates, bars, tubes, foils, or deep-processed parts, such as target materials, superconducting coils……
Continue Reading →In the process of chemical production, many chemical reactions need to be carried out in highly corrosive media, which puts forward extremely high corrosion……
Continue Reading →Due to its excellent comprehensive properties, niobium-titanium alloy superconductors have been widely used among thousands of known superconductors……
Continue Reading →Nuclear magnetic resonance imaging (MRI) and particle accelerator applications. Niobium-titanium alloy is one of the representatives of low-temperature superconducting……
Continue Reading →Tantalum can react with high-temperature gases (except inert gases), and O2, N2, H2, etc. can penetrate into its interior, making it brittle. If it comes into contact with nascent H……
Continue Reading →Tantalum alloys for aero engine components (such as Ta-W and Ta-Nb alloys) are used in the combustion chamber linings and turbine blade coatings of……
Continue Reading →In fact, materials like niobium alloy that can withstand high temperatures are usually given priority for use in the aerospace industry, especially in spacecraft engines……
Continue Reading →In the aerospace field, tantalum alloy is the preferred material for manufacturing jet engines and rocket nozzles. It can withstand temperatures as high as 3000℃……
Continue Reading →The melting point of the Ta element in the NbTiTa alloy is as high as 3017℃, and its density is as high as……
Continue Reading →In the process of thin film deposition, tantalum targets act as the source of raw materials. Through ion bombardment or other energy input methods, the surface of……
Continue Reading →As a phosphonic acid compound, The following can be listed: ethylenediamine iv (methylene phosphonic acid), diethylenetriamine V (methylene phosphonic acid)……
Continue Reading →Select tantalum ingots with a tantalum content of more than 99.995% and hydrogenate and crush the tantalum ingots. The hydrogenated tantalum shavings were subjected to ball milling and crushing……
Continue Reading →A method for post-treatment of 3D printed metallic tantalum and high-temperature vacuum sintering to reduce oxygen content……
Continue Reading →From the perspective of reducing the cost of niobium-based alloy powder, fine master alloy powder was prepared through the technologies of electron……
Continue Reading →Its characteristic lies in that the specific process of this method is: The high tungsten-tantalum alloy products after hot isostatic pressing are machined to remove……
Continue Reading →The heat treatment method for the strength and toughness of 3D printed titanium alloy lattice structures: Firstly, prepare the 3D printed titanium alloy lattice structure……
Continue Reading →The preparation method of niobium-zirconium alloy wire for electric light sources includes the following steps: First, the niobium-zirconium alloy ingot is dropped and……
Continue Reading →A processing technology for a new type of high-temperature and high-specific-strength niobium alloy wire material can significantly improve the high-temperature……
Continue Reading →Tantalum foil is a lustrous metal. It is relatively rare and not easy to manufacture. Tantalum in its original form is a highly yielding metal that can be processed by bending……
Continue Reading →Titanium has stable chemical properties, with a density of 4.51g/cm³, which is higher than that of aluminium but lower than that of steel, copper and nickel……
Continue Reading →It is an ultra-thin metal foil made of high-purity titanium or titanium alloy, featuring unique performance advantages and widely used in multiple high-tech fields……
Continue Reading →Medical field
Magnetic resonance imaging (MRI) : Niobium-titanium alloy is a key material for manufacturing superconducting magnets in MRI equipment. It has the advantages of……
Titanium-niobium alloy powder is composed of titanium and niobium. Niobium metal features a unique combination of high strength, low density, biocompatibility……
Continue Reading →The lattice interstitial of tantalum has the ability to absorb elements such as hydrogen, oxygen, nitrogen and carbon. Its actual solubility can reach a considerable value……
Continue Reading →Titanium metal occupies an important position in the modern industrial field with its excellent performance. Its specific strength exceeds that of all metals……
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