1. Double bolt-hole connection is used to effectively enhance connection firmness and prevent slipping. 2. Surface treatments such as tin plating and pickling are adopted, offering strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 3. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring firm crimping; the mechanical tensile load test has obtained a test report from the National Power Equipment Product Safety Performance Quality Supervision and Inspection Center, with the test basis: GB/T 14315-2008. 4. Advanced automated equipment and production processes are used, resulting in precise and stable product dimensions. 5. Made from high-quality T3 or above copper materials, with copper content ≥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. Using double bolt-hole connection can effectively enhance connection firmness and avoid slipping. 2. Surface treatments such as tin plating and pickling are adopted, providing advantages such as strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 3. High-quality annealed material is used to optimize the material and its crimping performance, ensuring firm crimping; the mechanical tensile load test has obtained a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Equipment Products, with the test basis: GB/T 14315-2008. 4. Advanced automated production processes are adopted, making product dimensions precise and stable. 5. Made from high-quality T3 or above copper materials, with copper content ≥99.7%, good electrical conductivity, and conductivity not less than 86% IACS. The copper raw material complies with the national standard: GB/T5231-2001.
1. Using double bolt-hole connection can effectively enhance connection firmness and avoid slipping. 2. Surface treatments such as tin plating and pickling are adopted, providing advantages such as strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 3. High-quality annealed material is used to optimize the material and its crimping performance, ensuring firm crimping; the mechanical tensile load test has obtained a test report from the National Quality Supervision and Inspection Center for Safety Performance of Electric Power Equipment Products, with the test basis: GB/T 14315-2008. 4. Advanced automated production processes are adopted, making product dimensions precise and stable. 5. Made from high-quality T3 or above copper materials, with copper content ≥99.7%, good electrical conductivity, and conductivity not less than 86% IACS. The copper raw material complies with the national standard: GB/T5231-2001.
1. Double bolt-hole connection is used to effectively enhance connection firmness and prevent slipping. 2. Surface treatments such as tin plating and pickling are adopted, offering strong oxidation resistance, strong corrosion resistance, and good electrical conductivity. 3. High-quality annealed materials are used to optimize the material and its crimping performance, ensuring firm crimping; the mechanical tensile load test has obtained a test report from the National Power Equipment Product Safety Performance Quality Supervision and Inspection Center, with the test basis: GB/T 14315-2008. 4. Advanced automated equipment and production processes are used, resulting in precise and stable product dimensions. 5. Made from high-quality T3 or above copper materials, with copper content ≥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.