Nonferrous Metal Materials
As a metallic materials specialist, we primarily focus on nonferrous metallic materials such as tungsten (W), molybdenum (Mo), and aluminum (Al) as well as nickel (Ni)- and copper (Cu)-based alloys. Nonferrous metals are used in numerous fields, such as automobiles, aviation, and electronic devices, and have helped to sustain and drive technological innovations in these and other industries.
Nickel Alloys
Products
Pure nickel (Ni)
Kovar (KOV)
Bimetals
Heat- and corrosion-resistant materials (e.g., INCONEL)
Main Applications
Automotive (on-board)
Aviation
Electrical appliances
Medical
Characteristics
Heat-resistant, corrosion-resistant
Contact
Copper Alloys
Products
Oxygen-free copper
Tough-pitch copper
Electrode materials
Lead frames
Main Applications
Automotive (on-board)
Industrial products
Electrical appliances
Characteristics
High electrical conductivity, high thermal conductivity, corrosion-resistant
Contact
Tungsten (W)/ Molybdenum (Mo)
Products
Wires
Machining parts
Discs
Electrode materials
Mesh
Main Applications
Semiconductor inspection equipment
Furnace parts
Electrical discharge machining electrodes
Satellite antennas
Light bulb filaments
Characteristics
High melting point, hyperbaric, low thermal expansion
Contact
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Products
Pure nickel (Ni)
Kovar (KOV)
Bimetals
Heat- and corrosion-resistant materials (e.g., INCONEL)
Main Applications
Automotive (on-board)
Aviation
Electrical appliances
Medical
Characteristics
Heat-resistant, corrosion-resistant
Products
Oxygen-free copper
Tough-pitch copper
Electrode materials
Lead frames
Main Applications
Automotive (on-board)
Industrial products
Electrical appliances
Characteristics
High electrical conductivity, high thermal conductivity, corrosion-resistant
Products
Wires
Machining parts
Discs
Mesh
Electrode materials
Main
Applications
Semiconductor inspection
equipment
Furnace parts
Electrical discharge machining
electrodes
Satellite antennas
Light bulb filaments
Characteristics
High melting point, hyperbaric, low thermal expansion