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