High Performance C14500 Tellurium Copper Alloy from China Suppliers and Factory
Excellent Machinability
C14500 has excellent machinability, making it one of the best materials for cutting performance among high-copper alloys. This characteristic gives C14500 a unique advantage in the field of precision machining.
High Conductivity
C14500 also has excellent electrical and thermal conductivity. Its electrical conductivity can reach 94%-98%, which is 10%-13% higher than pure copper, and its thermal conductivity exceeds pure silver by 22% and pure copper by 28%. This makes C14500 an ideal material for manufacturing high-frequency, high-current electrical components and sensors.
Corrosion Resistance
In addition, C14500 also has outstanding corrosion resistance and anti-electrical erosion performance. It has good corrosion resistance to oxidative and corrosive media, and its surface also has good antibacterial properties. This makes C14500 have broad application prospects in fields such as chemical machinery and electrical electronics.
What is the chemical composition of C14500 tellurium copper alloy?
C14500 is mainly composed of copper (Cu) exceeding 99.2% and tellurium (Te) ranging from 0.4% to 0.7%, along with trace amounts of phosphorus (P) between 0.004% and 0.012%.
Why is C14500 highly preferred for precision machining?
C14500 has excellent machinability, making it one of the best materials for cutting performance among high-copper alloys, which provides a unique advantage in precision machining fields.
How does the electrical and thermal conductivity of C14500 compare to pure copper?
C14500 features excellent conductivity; its electrical conductivity reaches 94%-98% (10%-13% higher than pure copper), and its thermal conductivity exceeds pure copper by 28% and pure silver by 22%.
Does C14500 tellurium copper offer corrosion resistance?
Yes, C14500 has outstanding corrosion resistance to oxidative and corrosive media, anti-electrical erosion performance, and good antibacterial properties on its surface.
What are the primary application fields for C14500?
It is an ideal material for manufacturing high-frequency, high-current electrical components and sensors, and has broad application prospects in chemical machinery and electrical electronics.