Supplier From
Taichung City,
Taiwan
Supplier From
Taichung City,
Taiwan
Applications of 5N Tungsten Rods
1. Semiconductor Manufacturing Used as target materials for resistance layers and diffusion barrier layers in very-large-scale integrated (VLSI) circuits.
2. Lighting Industry serves as key material for electrodes and filaments in gas discharge lamps and other high-temperature lighting devices.
3. Electronics & Optics Applied in the production of high-purity electronic components and optical equipment.
4. High-Temperature Equipment Utilized as heating elements and structural components in high-temperature furnaces.
5. Crystal Growth High-purity tungsten crucibles (made from 5N tungsten rods) are used for sapphire crystal growth and rare-earth smelting.
6. Aerospace and Aviation Widely used in gyroscope components, missile guidance systems, aircraft/helicopter lift control systems, rudder balancing devices, wing control modules, and aircraft shock absorbers, offering exceptional stability and strong antiinterference performance.
7. Military / Defense Used in armor-piercing projectiles (AP), cluster munitions, spheres, rods, blocks, shaped-charge components, and nuclear weapon parts. Can be manufactured into alloy balls ranging from 3.0-15.0 mm, offering excellent ballistic performance.
8. Radiation Shielding 5N high-purity tungsten, with its very high density, provides effective shielding against X-rays and gamma rays, making it an ideal radiation-shielding material.
Advantages
1. High Density: Tungsten alloys possess extremely high density, enabling efficient absorption of high-energy radiation.
2. Environmentally Friendly & Non-Toxic: Compared with lead, tungsten alloys are environmentally safer and non-toxic, while offering superior shielding performance making them an ideal replacement for lead.
3. Wide Range of Applications: Widely used in military, nuclear power, medical imaging, and detection equipment such as shielding plates for nuclear-powered systems, shielding components for nuclear submarines, and radiation shielding for medical X-ray and gamma ray devices.
4. Working Principle: Tungsten alloys block or absorb penetrating radiation particles (such as gamma rays and X-rays) through their high density, thereby reducing radiation permeability and protecting personnel from exposure.
