Certificate

Shanghai Qifan Cable Co., Ltd. has strong technical , advanced production equipment, complete testing equipment, reliable product quality and excellent after-sales service. The products are produced in strict accordance with GB, ICE, BS and other standards. It has passed ISO9001-2008 quality system certification, 14001-2004 environmental system certification, 28001-2001 occupational health and safety management system certification, national compulsory CCC certification, and obtained a national industrial product production license. Over the years, it has passed the inspections of national, provincial and municipal quality supervision departments many times. In 2022, it was recognized as a Top 100 Private Manufacturing Enterprises in Shanghai

AAC (All Aluminum Conductor): AAC conductors consist of stranded aluminum wires without any steel reinforcement. They are lightweight and have excellent conductivity. AAC conductors are primarily used for medium-voltage power distribution systems.

AAAC (All Aluminum Alloy Conductor): AAAC conductors are similar to AAC conductors, but they are made from aluminum alloy wires. The aluminum alloy composition provides enhanced mechanical strength compared to AAC conductors. AAAC conductors are suitable for both medium-voltage and high-voltage power transmission and distribution systems.

ACSR (Aluminum Conductor Steel Reinforced): ACSR conductors are composed of a central steel core surrounded by one or more layers of aluminum strands. The steel core provides mechanical strength, while the aluminum strands carry the electrical current. ACSR conductors are widely used for high-voltage transmission lines due to their strength and ability to span long distances.

ACAR (Aluminum Conductor Aluminum Alloy Reinforced): ACAR conductors consist of an aluminum alloy core surrounded by aluminum alloy strands. The aluminum alloy reinforcement increases the strength and conductivity of the conductor. ACAR conductors are commonly used in overhead transmission lines that require a balance between mechanical strength and electrical performance.