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High-Density Tungsten Alloy Plates - Custom Factory and Suppliers in China

High-density tungsten alloy plates are high-performance refractory metals, composed of multi-phase composites like W-Ni-Fe, W-Ni-Cu, or W-Ni-Cu-Fe. Some tungsten alloys may also include elements such as Co, Mo, and Cr to enhance their properties. These versatile materials manufactured in China can be precision machined into various shapes, including rods, cubes, blocks, bricks, rings, and plates. As a leading supplier and factory in the industry, we provide high-quality tungsten alloy products that meet diverse application needs

    Introduction of Tungsten Alloy Plate

    Width * Length (2.0-250.0mm) * (2.0-250.0mm)
    Thickness 2mm - 15mm
    Density 15.8 - 18.75 g/cm³
    Composition W content: 85-99%, W-Ni-Fe, W-Ni-Cu
    Surface Sintering surface, Forged surface, Ground surface

    Tungsten alloy plates are produced by good processing property billets and special cold and hot rolling technology; they can be used to make tungsten target, tungsten heat elements, tungsten radiation shields and tungsten channels for electronics, lightening, electro-vacuum industries.

    Tungsten alloy plates play very important role in manufacturing of collimator for nuclear medicine, nuclear research, geological prospecting and security inspection. These materials provide reliable protection against X-rays and gamma radiation.

    Applications for Tungsten Alloy Plate

    Sports Goods

    Professional tungsten alloy plate for darts benchmarking. Fishing sinkers: bullet type, water drop type, pipe type etc.

    Counterweights

    High-density tungsten alloy plates used as counterweight in various fields, such as mechanical hammer; fly hammer; oil drilling platform; darts rod, car counterweight piece etc.

    Electrode Material

    Can be made into electrode, welding rod, electrical contact and pneumatic breaker.

    Electronic Sealing Piece

    Due to its favorable high temperature resistance and thermal properties, electronic industry starts to adopt tungsten alloy plate as electronic sealing piece; electrical discharge machining of electrode and resistance welding electrode; high proportion electrical contacts, air circuit breaker in the contacts.

    Radiation Shielding & Medical

    Can be machined into X-ray target material, collimator, nuclear container, syringe shielding etc.

    The Thickness of the Tungsten Alloy Plate is as Follows

    Foil

    A thickness of less than 0.005 in. (0.13 mm).

    Sheet

    Thickness less than or equal to 0.187 inches (4.75 mm) or greater than or equal to 0.005 inches (0.13 mm).

    Plate

    Thickness greater than or equal to 0.188 inches (4.75 mm).

    Frequently Asked Questions

    Q: What is the typical density and composition of a tungsten alloy plate?

    The standard density ranges from 15.8 to 18.75 g/cm³. The composition features a tungsten (W) content of 85-99%, typically alloyed as W-Ni-Fe or W-Ni-Cu.

    Q: How are tungsten alloy foil, sheet, and plate categorized by thickness?

    They are classified as Foil (thickness

    Q: What surface finishes are available for tungsten alloy plates?

    Tungsten alloy plates can be supplied with a Sintering surface, a Forged surface, or a Ground surface depending on application requirements.

    Q: How do tungsten alloy plates provide radiation shielding?

    Due to their high density, they provide reliable protection against X-rays and gamma radiation. They are widely machined into collimators, X-ray targets, nuclear containers, and syringe shielding for nuclear medicine, research, and security inspection.

    Q: What are the major industrial counterweight applications?

    Thanks to their high density, they serve as counterweights for mechanical hammers, fly hammers, oil drilling platforms, dart rods, and automotive counterweight components.

    Q: What manufacturing process is used to produce tungsten alloy plates?

    They are manufactured using high-quality billets combined with specialized cold and hot rolling technology to ensure optimal processing and mechanical properties.