Tungsten Molybdenum Alloy
Tungsten Molybdenum Alloy exhibit excellent resistance to molten zinc corrosion and can be used at higher temperatures than pure molybdenum or molybdenum alloys. China Super Tech Co., Ltd. offers molybdenum-tungsten alloys in various shapes and can customize the zirconium, hafnium, and carbon content ratios according to customer requirements. Standard shapes include bars, plates, sheets, and discs; special shapes can be customized upon request.
- Product Introduction
Tungsten Molybdenum Alloy
Tungsten Molybdenum Alloy exhibit excellent resistance to molten zinc corrosion and can be used at higher temperatures than pure molybdenum or molybdenum alloys. Beijing FreeRunning Technology Co., Ltd. offers molybdenum-tungsten alloys in various shapes and can customize the zirconium, hafnium, and carbon content ratios according to customer requirements. Standard shapes include bars, plates, sheets, and discs; special shapes can be customized upon request.
Specification
| Element | Content (%) |
| Molybdenum, Mo | 70 |
| Tungsten, W | 30 |
*Other ratios are also available, please contact us.
Applications
Corrosion-resistant components for molten zinc environments: Used in corrosive components of equipment such as molten zinc temperature measuring tubes, molten zinc pump rotors, and zinc smelting furnaces, extending component lifespan due to their high resistance to zinc corrosion.
Solid rocket engine protection: Used in the manufacture of gas rotors and protective shields, utilizing their high melting point, ablation resistance, and resistance to solid particle flame erosion to ensure stable engine operation.
Heat-resistant structures for high-temperature industrial equipment: Suitable for high-temperature furnaces, heat treatment equipment, and other similar applications, maintaining structural stability and reducing heat loss through high-temperature resistance.
The advantages of using tungsten and molybdenum as steelmaking additives are as follows:
1. Tungsten is an element that can produce carbides. Adding tungsten to steel can improve the toughness of steel. Due to its fine particles and high hardness, tungsten carbide can greatly improve the hardness and wear resistance of steel.
2. Tungsten can enhance the tempering stability, red hardness, and thermal strength of steel, and significantly increase the recrystallization temperature of steel. In addition, the creep resistance of steel can also be significantly optimized.
3. Molybdenum mainly exists in the form of solid solution and carbide in steel, which can significantly improve the hardenability and thermal strength of steel, thereby preventing the temper brittleness of steel.
4. Molybdenum can not only improve the remanence and coercivity of steel but also improve the corrosion resistance of steel in certain media.
Product Customization Service
China Super Tech Co., Ltd. provides end-to-end customized services for tungsten-molybdenum alloys, including: Composition optimization (such as adjusting the tungsten-molybdenum ratio and adding trace alloying elements); Customized dimensions (sheets, bars, and irregularly shaped parts); Surface treatments (polishing, sandblasting, and coating).
Leveraging its independent R&D team and flexible production lines, the company can quickly respond to the diverse needs of customers in aerospace, electronic packaging, and energy sectors, providing one-stop solutions from material design to mass production, helping to shorten R&D cycles and reduce application costs.
Packaging and Shipping
FAQ
1. What is Tungsten Molybdenum Alloy?
It is a composite material made by combining molybdenum (Mo) and tungsten (W). This alloy is designed to enhance the properties of both metals, providing excellent strength, high melting points, and improved resistance to high temperatures and wear.
2. What are the advantages of Molybdenum Tungsten Alloy?
Enhanced Strength and Hardness: The alloy exhibits excellent mechanical properties, making it highly suitable for high-stress applications.
High-Temperature Performance: The alloy maintains its strength and stability at extremely high temperatures, making it ideal for aerospace and other high-temperature industries.
Improved Wear Resistance: Due to the high hardness of tungsten, the alloy offers exceptional wear resistance, making it useful in tools and equipment that experience constant friction.
3. What industries use Molybdenum Tungsten Alloy?
● Aerospace: For parts that must withstand high heat and stress, such as rocket nozzles and turbine blades.
● Electronics and Semiconductors: Used in manufacturing components that require high-temperature stability and conductivity.
● Nuclear Power: Employed in nuclear reactors and shielding materials to manage high levels of radiation and heat.
● Medical and Radiation: Used in medical devices like radiation therapy equipment and radiation shielding materials.
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