Electrical and Power Generation

• Electrodes: Used in resistance welding electrodes due to their ability to withstand high temperatures and mechanical wear while maintaining conductivity.
  Electrical Contacts: Ideal for electrical contact applications where high conductivity and durability are essential.
  Bus Bars and Connectors: Used in power distribution systems due to their high electrical conductivity and strength.

2. Automotive Industry

• Engine Components: Utilized in manufacturing components such as valve seats and guides, which require high strength and thermal conductivity.
• Electrical Systems: Used in electrical and electronic components of vehicles, including connectors and sensors, due to their conductivity and resistance to wear.

3. Aerospace Industry

• Aerospace Connectors: Used in electrical connectors and components within aircraft due to their high strength, conductivity, and thermal stability.
• Engine Components: Suitable for high-temperature engine components that require both strength and thermal conductivit.

4. Welding and Industrial Machinery

• Welding Electrodes and Tips: Extensively used in resistance welding due to their ability to maintain strength and conductivity under high temperatures and mechanical stress.
• Heat Sinks: Used in heat sinks and other thermal management systems where efficient heat dissipation is required.

5. Railway Industry

• Current Collectors: Utilized in the manufacture of current collectors for railways, ensuring reliable electrical conductivity and mechanical strength.
• Railway Contact Wires: Used in overhead contact wires for electric trains due to their conductivity and resistance to wear.

6. Telecommunications

• RF Connectors: Employed in radio frequency (RF) connectors and components due to their excellent electrical conductivity and durability.
• Heat Dissipation Components: Used in components that require effective heat dissipation to ensure the longevity and reliability of telecommunications equipment.

7. Marine Applications

• Marine Hardware: Utilized in marine hardware and components that require corrosion resistance, strength, and conductivity.
• Electrical Systems on Ships: Used in various electrical systems on ships where high conductivity and resistance to harsh marine environments are needed.

8. Tooling and Molding

• Injection Molds: Employed in injection molding processes for creating molds that require high strength and thermal conductivity.
• Industrial Dies: Used in the production of dies and tooling components that need to withstand high mechanical and thermal stress.

9. Renewable Energy

• Wind Turbine Components: Used in wind turbine components, especially in electrical systems that require reliable conductivity and resistance to environmental stress.
• Solar Power Systems: Employed in solar power systems where efficient electrical conductivity and durability are critical.