1. Surface treatments such as tin plating and pickling are adopted, providing strong oxidation resistance, high corrosion resistance, and good electrical conductivity. 2. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring reliable crimping; the mechanical tensile load test has received a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Products, based on GB/T 14315-2008. 3. Advanced automated production processes are employed, resulting in precise and stable product dimensions. 4. Made from high-quality T3 or above copper, with copper content ≥99.7%, it offers good electrical conductivity of no less than 86% IACS. The copper raw material complies with the national standard GB/T5231-2001.
Features
1. Surface treatments such as tin plating and pickling are adopted, offering advantages such as strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 2. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring a secure crimp; the mechanical tensile load test has obtained a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Products, with the test basis: GB/T 14315-2008. 3. Advanced automated equipment and production processes are adopted, resulting in precise and stable product dimensions. 4. Made from high-quality T3 grade or above copper, with a copper content of ≥99.7%, it has good electrical conductivity, with conductivity not less than 86% IACS. The copper raw material complies with the national standard: GB/T5231-2001.
Features
1. Surface treatments such as tin plating and pickling are adopted, offering advantages such as strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 2. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring a secure crimp; the mechanical tensile load test has obtained a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Products, with the test basis: GB/T 14315-2008. 3. Advanced automated equipment and production processes are adopted, resulting in precise and stable product dimensions. 4. Made from high-quality T3 grade or above copper, with a copper content of ≥99.7%, it has good electrical conductivity, with conductivity not less than 86% IACS. The copper raw material complies with the national standard: GB/T5231-2001.
1. Surface treatments such as tin plating and pickling are adopted, providing strong oxidation resistance, high corrosion resistance, and good electrical conductivity. 2. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring reliable crimping; the mechanical tensile load test has received a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Products, based on GB/T 14315-2008. 3. Advanced automated production processes are employed, resulting in precise and stable product dimensions. 4. Made from high-quality T3 or above copper, with copper content ≥99.7%, it offers good electrical conductivity of no less than 86% IACS. The copper raw material complies with the national standard GB/T5231-2001.