Vanadium Wires

The wire is a linear engineering material with a small cross-section and a length significantly longer than its diameter or width. It has a regular cross-section (mostly circular, but also includes flat, triangular, and square cross-sections), with diameters ranging from a few microns to tens of millimeters. Its core characteristics are its slender form and customizable performance. Depending on the material (metal, non-metal, or composite) and processing technology, it can be adapted for a variety of applications, from basic fastening and electrical and thermal conductivity to high-end structural reinforcement and precision filtration. It is an essential material in industrial manufacturing, electronics, information technology, aerospace and other industries.

The vanadium wire is a slender, linear material made from vanadium (pure vanadium or a vanadium alloy) through vacuum melting and plastic processing (such as drawing and rolling). Its core characteristics are its combination of vanadium metal's high-temperature resistance, high strength, corrosion resistance, and excellent low-temperature toughness with the slender shape and precision formability of wire. Industrial vanadium wire usually has a purity of 99.5%-99.99% (electronic grade can reach 99.999%). Through multiple drawing passes, it can be made into precision wire with diameters of 0.05mm-5mm, with a cross-sectional tolerance of ±0.001mm.

The application of vanadium wire are entirely centered around its characteristics of "high-temperature resistance, corrosion resistance, and good low-temperature toughness." It primarily serves the demanding working conditions in high-end industrial fields that "conventional metal wire cannot meet." Its main applications include enhancing the functions of alloys and composite materials, improving alloy performance,giving materials new functions (high-end alloy wire, metal-based composite materials), conductive structural components in low-temperature environments, precision components in corrosion-resistant scenarios, and structural and functional parts in high-temperature environments.