Tantalum-2.5tungsten alloy is a low-tungsten-content tantalum-based solid solution strengthened alloy wire. Through the solid solution strengthening of a small amount of tungsten……
Continue Reading →It has excellent high-temperature performance. By adding alloying elements such as Hf, Ti and Zr to achieve solid solution strengthening, it can still maintain good strength at 1200-1300℃, which can meet the usage requirements of high-temperature components such as rocket thrusters……
Continue Reading →The ultimate corrosion resistance is the most fundamental feature of tantalum wire. It has unparalleled resistance to the vast majority of inorganic acids (such as aqua regia, hydrochloric acid, nitric acid, sulfuric acid)……
Continue Reading →Tantalum-10 tungsten alloy plate. This is a high-performance refractory metal alloy material, representing an important branch of the tantalum alloy family……
Continue Reading →Tantalum parts refer to industrial components made mainly of tantalum metal through processes such as mechanical processing, powder metallurgy……
Continue Reading →Tantalum wire is a kind of filamentous tantalum material made from tantalum powder through plastic processing methods such as rolling and drawing……
Continue Reading →To achieve both high purity in the ingot to ensure a residual resistivity ratio (RRR > 300) meeting the requirements for superconductivity, and fine……
Continue Reading →Titanium alloy wire is a linear material made by drawing titanium as the base and adding other alloying elements such as aluminum, vanadium……
Continue Reading →The forging method of superconducting tantalum rods is characterized by the following steps: (1) Taking superconducting tantalum ingots as raw materials……
Continue Reading →This invention describes a method for preparing Ti-0.3Mo-0.8Ni residue into ingots using a dual-process, comprising the following steps……
Continue Reading →Titanium alloy wire is a high-performance metal wire material. It inherits the excellent properties of titanium alloy and is made into wire form……
Continue Reading →The production process of tantalum tubes is a complex technology involving multiple precise procedures, which fully demonstrates the challenges of processing refractory metals……
Continue Reading →Niobium wire, as an important refractory metal material, has similarities in production and application with tantalum wire……
Continue Reading →Tantalum foil, as a high-performance rare metal material, is widely used in many high-end and demanding applications due to its unique physical and chemical properties……
Continue Reading →Titanium alloy Grade 36 is essentially niobium-titanium alloy. Its grade corresponds to UNS R58450, with a chemical composition……
Continue Reading →Tantalum wire is a wire-like tantalum material made from tantalum powder through plastic processing methods such as rolling and drawing……
Continue Reading →This paper describes the preparation method and application of niobium-titanium alloy wire for high-vacuum suction. The process involves uniformly mixing sponge titanium……
Continue Reading →C-103 niobium alloy is an excellent material for liquid rocket propellant nozzles, lightweight propulsion systems, and rocket engine thrust chambers in the aerospace industry……
Continue Reading →Tantalum-2.5Tungsten, with its excellent corrosion resistance, largely inherits the corrosion resistance advantages of tantalum, and even surpasses it in some scenarios……
Continue Reading →Titanium capillary tubes are high-performance metal tubing, typically referring to thin-walled titanium tubes with an outer diameter of less than 2 mm……
Continue Reading →The 10% tantalum-tungsten alloy Ta-10W retains many excellent properties of pure tantalum while significantly enhancing its strength……
Continue Reading →Niobium RRR300 is a highly professional and important material index in the fields of superconductivity and high-end scientific research……
Continue Reading →Niobium-titanium capillaries tubes are used in low-temperature cables, usually referring to the core part of the conductor in superconducting cables……
Continue Reading →The niobium-zirconium 10% target Nb-10Zr is a sputtering target made of an alloy composed of approximately 90% niobium and 10% zirconium……
Continue Reading →Titanium foil with a thickness of 0.01mm falls within the category of ultra-thin titanium foil. 0.01mm, or 10 micrometers……
Continue Reading →Niobium alloy is an alloy formed by adding several elements to niobium as the base, and it has the following characteristics……
Continue Reading →The core application of niobium-titanium alloy foil lies in the combination of its low-temperature superconducting properties and the high compatibility of thin materials……
Continue Reading →Vanadium is a metal with unique physical and chemical properties, and its parts have significant applications in multiple industrial fields……
Continue Reading →The sintering and smelting of tantalum materials are the key processes that determine their final performance and application scenarios……
Continue Reading →Extremely thin titanium alloy foils are mainly applied in the field of battery energy, such as hydrogen fuel cells and lithium-ion batteries……
Continue Reading →The material properties of titanium make it an ideal material for many high-performance applications in aerospace, automotive and medical fields……
Continue Reading →Tantalum and tantalum alloys, due to their excellent chemical stability, high-temperature mechanical properties, corrosion resistance and formability……
Continue Reading →Niobium-titanium alloy usually refers to a solid solution alloy formed by niobium and titanium in a certain proportion (the most common being Nb-47wt.%Ti)……
Continue Reading →Before hydrogenation of niobium ingots, the surface should first be cleaned with a mixed aqueous solution of hydrofluoric acid and nitric acid……
Continue Reading →Vanadium-titanium-based hydrogen storage alloys have the advantages of large hydrogen storage capacity at room temperature and fast hydrogen……
Continue Reading →Niobium tubes, with their high melting point, strong corrosion resistance, excellent cold working performance and superconducting properties……
Continue Reading →Raw material preparation: High purity is the foundation of alloy properties. Tantalum-tungsten alloys have extremely high requirements for……
Continue Reading →Tantalum wire is a filament-shaped material made from high-purity metal tantalum (Ta, with a purity typically ≥99.95%) or tantalum alloys……
Continue Reading →Titanium alloy wire is a wire-shaped profile drawn from an alloy composed of titanium (Ti) and other elements such as aluminum, vanadium, molybdenum, zirconium, etc……
Continue Reading →Tantalum tubes are tubular structural components processed from the metal tantalum. Their core advantages stem from the unique properties of……
Continue Reading →Niobium 53-titanium 47 alloy (Nb53-Ti47) is a typical β -type titanium alloy. Its core performance advantages lie in excellent low-temperature toughness……
Continue Reading →Tantalum parts, with their high melting point, corrosion resistance, good thermal and electrical conductivity and other properties, are widely used in four core fields……
Continue Reading →Titanium alloy capillaries, with their high strength, corrosion resistance, lightweight and excellent biocompatibility, are mainly applied in the medical……
Continue Reading →Vanadium parts, due to their high strength, wear resistance, high-temperature oxidation resistance and excellent alloying performance……
Continue Reading →Tantalum-tungsten alloy ingots are alloy ingots made by fusing tantalum and tungsten in a certain proportion, and they are the basic raw……
Continue Reading →Tantalum sheets, made from the rare metal tantalum through precise processes such as rolling and forging, have become indispensable key materials……
Continue Reading →In the fields of modern high-end manufacturing and cutting-edge technology, the performance of materials often directly determines the upper……
Continue Reading →Niobium tubes are tubular profiles made of pure niobium or niobium alloys (such as tantalum-niobium alloys, niobium-titanium alloys, etc.)……
Continue Reading →Titanium alloy capillary tubes refer to tubes made of titanium alloy materials with very fine inner diameters and wall thicknesses. They possess excellent properties……
Continue Reading →Zirconium 702 (Zr 702) is a typical grade of industrial pure zirconium (corresponding to ASTM B551/B658 and other standards)……
Continue Reading →Vanadium foil is an ultra-thin metal foil made from pure vanadium or vanadium alloys (such as vanadium-titanium alloys, vanadium-aluminum alloys, etc.)……
Continue Reading →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……
Continue Reading →
