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Mo60Cu40 molybdenum-copper sheet is a metal composite material composed of 60% molybdenum and 40% copper, combining molybdenum’s high strength with copper’s excellent thermal conductivity. This alloy sheet features outstanding thermal stability and mechanical properties, effectively resisting thermal expansion and mechanical stress under high-temperature conditions. Molybdenum-copper sheets are widely used in electronic packaging, heat sinks, vacuum electronic devices, and high-temperature heat exchange systems, serving as thermal management and structural support materials to ensure stable operation under harsh conditions. Its excellent thermal…

The 0.2x25x300mm molybdenum sheet is a high-purity molybdenum metal sheet featuring an extremely high melting point, excellent thermal conductivity, and good mechanical strength, along with outstanding high-temperature resistance and corrosion resistance. This specification of molybdenum sheet is commonly used in electronics, semiconductors, vacuum furnaces, and high-temperature heaters as heating elements, thermal shielding materials, or structural components. It can operate stably under extreme conditions, ensuring efficient and reliable equipment performance. Its moderate size makes it easy to process and install, making…

The U-shaped EB tungsten filament is a high-purity tungsten wire heating element bent into a U shape, widely used in electron beam evaporation coating equipment. Its compact structure and easy installation offer excellent high-temperature strength, corrosion resistance, and superior electron emission performance, making it suitable for long-term stable operation in high vacuum and high-temperature environments. The U-shaped design helps focus the electron beam, enhancing heating efficiency and evaporation uniformity. It is extensively applied in optical coatings, semiconductor manufacturing, and metal…

Thorium tungsten rod is a tungsten alloy bar containing 2% thorium oxide, known for its excellent high-temperature strength, resistance to electron emission, and thermal stability. The addition of thorium enhances the electrical conductivity and arc resistance of tungsten, making thorium tungsten rods widely used in TIG welding, electrode manufacturing, plasma cutting, and high-temperature vacuum equipment. They are especially suitable for applications requiring high current density and continuous operation, offering stable arc initiation and extended service life.