Gemei first processes tungsten-molybdenum plates or rods (e.g., by drilling, bending, etc.), then joins the components into shape via hot riveting. Tungsten-molybdenum riveted frames feature properties such as high-temperature resistance and high strength, and are often used in special environments like high-temperature vacuum.
Gemei first processes tungsten-molybdenum plates or rods (e.g., by drilling, bending, etc.), then joins the components into shape via hot riveting. Tungsten-molybdenum riveted frames feature properties such as high-temperature resistance and high strength, and are often used in special environments like high-temperature vacuum.
Both tungsten and molybdenum are refractory rare metals. Molybdenum has a melting point of 2622°C, while tungsten has an even higher melting point, reaching 3410°C. Additionally, they exhibit high strength at both room temperature and high temperatures, low thermal expansion coefficient, and good thermal conductivity. Therefore, tungsten-molybdenum riveted frames can maintain stable structure and performance in high-temperature environments.
High-Temperature Vacuum Industry: Used in fields such as powder metallurgy, MIM (Metal Injection Molding), sapphire growth, and ceramics. Riveted molybdenum boats and other tungsten-molybdenum riveted components are commonly employed here.
Aerospace, Military, and Related Fields: Due to the extremely high requirements for material properties like high-temperature resistance and high strength, tungsten-molybdenum riveted frames also have certain applications in these areas.
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