High Performance Tellurium Copper Supplier in China - Quality Conductive Materials from Reliable Factory
Product characteristics of tellurium copper
Tellurium copper is an alloy material made by adding trace tellurium element on the basis of pure copper. The addition of tellurium significantly improves the cutting performance of the material, while maintaining the excellent electrical and thermal conductivity of copper. Copper telluride has a conductivity of over 90%IACS and a thermal conductivity of over 350W/m·K, which makes it an ideal material for the manufacture of precision electronic components.
In terms of mechanical properties, tellurium copper exhibits excellent strength and hardness.
Its tensile strength can reach more than 300MPa and hardness can reach 80HB, which is far better than ordinary pure copper materials. At the same time, tellurium copper also has good wear resistance and fatigue resistance, which can meet the requirements of long-term use.
Tellurium copper is also superior in processing properties. Its cutting performance index can reach more than 80%, which is much higher than that of ordinary copper alloys. This feature greatly improves the production efficiency and reduces the processing cost. In addition, tellurium copper also has good welding properties and surface treatment properties, which is convenient for subsequent processing.
The technical parameters of tellurium copper
The typical chemical composition of tellurium copper includes: copper content ≥99.5%, tellurium content 0.4-0.7%, and the rest is trace elements. This precise composition ratio ensures the stability and consistency of material properties.
In terms of physical properties, the density of tellurium copper is 8.9g/cm³, the melting point is 1083℃, and the coefficient of thermal expansion is 17.0×10⁻⁶/℃. These parameters determine its stability and reliability in high temperature environments.
The mechanical property parameters show that the yield strength of tellurium copper is ≥200MPa and the elongation is ≥15%, which ensures the safety and durability of the material during use.
The application of tellurium copper
In the electrical and electronic industry, tellurium copper is widely used in connectors, relays, switches and other key components. Its excellent electrical conductivity and processing properties ensure the reliability and stability of electronic equipment.
In the automotive industry, tellurium copper is used to make components such as sensors, terminals, and fuses. Its high temperature resistance and corrosion resistance meet the requirements of the harsh operating environment of the automobile.
In the aerospace sector, tellurium copper's high strength and highly conductive properties make it the material of choice for the manufacture of precision instruments and electronic devices. Its reliability and durability guarantee the safe operation of aerospace equipment.
Tellurium copper plays an irreplaceable role in modern industry due to its excellent comprehensive properties. With the advancement of technology, the application field of tellurium copper will continue to expand, providing strong material support for the development of various industries.
Frequently Asked Questions
Tellurium copper is an alloy material created by adding trace tellurium to pure copper. This addition significantly improves the material's cutting and machining performance while retaining copper's high electrical and thermal conductivity.
Tellurium copper features an electrical conductivity of over 90% IACS and a thermal conductivity exceeding 350W/m·K, making it highly efficient for electronic and heat-dissipating applications.
Tellurium copper offers superior mechanical properties, with a tensile strength exceeding 300MPa and a hardness of up to 80HB, which is significantly better than ordinary pure copper.
The typical chemical composition consists of a copper content of ≥99.5%, a tellurium content between 0.4% and 0.7%, and the remaining balance made up of trace elements.
It is widely used in the electrical and electronic industry (for connectors, relays, and switches), the automotive sector (for sensors, terminals, and fuses), and the aerospace industry for high-precision, highly conductive components.