Grades: AlV55, AlV65, AlV75, AlV85

Common Specifications: 1-3mm, 3-6mm, or produced according to customer requirements.

Product Advantages and Features

Produced using a vacuum method, the product has lower oxygen, nitrogen, carbon, and other gaseous impurities compared to industry standards, significantly exceeding national quality specifications.

In the titanium alloy additive industry, vacuum aluminum-vanadium alloy can greatly enhance the performance of titanium alloys. Features uniform particle size and easy formulation.

Vanadium Series Products

Vanadium ingot, 3D printing vanadium powder feedstock rod, high-purity metallic vanadium, vanadium powder, high-purity vanadium turnings, vanadium wire, vanadium granules, vanadium strip, vanadium foil, high-purity vanadium target, high-purity aluminum-vanadium alloy, aluminum-vanadium alloy powder, high-purity nickel-vanadium alloy ingot, nickel-vanadium alloy target, etc.

Product Applications

Aluminum-vanadium alloy is mainly used for titanium alloy addition, aluminum alloy addition, nickel-based superalloy addition, non-magnetic steel addition, hydrogen storage alloy addition, or for vanadium diffusion treatment in chains.

Aerospace: Due to its lightweight and high-strength properties, vacuum aluminum-vanadium alloy is commonly used in structural components of aircraft and spacecraft, improving fuel efficiency and payload capacity.

Automotive Industry: In automobile manufacturing, vacuum aluminum-vanadium alloy is used for body structures and components to reduce weight and enhance fuel economy.

Electronic Devices: The alloy is used in electronic products for heat sinks and casings due to its good thermal conductivity and corrosion resistance.

Building Materials: In the construction industry, vacuum aluminum-vanadium alloy is used for the frameworks and facades of high-rise buildings, providing strength and durability.

Sports Equipment: Because of its light weight and strength, vacuum aluminum-vanadium alloy is used in high-performance sports equipment, such as bicycle frames and golf clubs.

Medical Devices: In medical instruments, vacuum aluminum-vanadium alloy is used to manufacture lightweight and corrosion-resistant equipment and tools.

Product Performance Advantages

Lightweight and High Strength: Vacuum aluminum-vanadium alloy has a low density but high strength, maintaining structural stability while reducing weight.

Excellent Corrosion Resistance: The alloy offers good resistance to various chemicals and environmental conditions, extending its service life.

Good Thermal Conductivity: Vacuum aluminum-vanadium alloy has high thermal conductivity, making it suitable for applications requiring heat dissipation, such as electronic devices.

Excellent Machinability: The alloy is easy to process and shape, suitable for manufacturing complex geometries.

High-Temperature Performance: Under high-temperature conditions, vacuum aluminum-vanadium alloy maintains good mechanical properties, suitable for high-temperature applications like aerospace.

Recyclability: Vacuum aluminum-vanadium alloy is recyclable, aligning with sustainable development requirements.

Good Weldability: The alloy performs well during welding, suitable for various joining methods.