Novel extra-strong steel core aluminium alloy wire used for extra-high voltage and long span

The utility model provides a novel extra-strong steel core aluminium alloy wire used for extra-high voltage and long span. The wire comprises a steel core formed by 37 galvanized steel wires, an aluminium layer including 48 aluminium alloy single wires surrounding the steel core. Each galvanized ste...

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Hauptverfasser: XIA LIANG, ZHANG FANGJIE, LI JIAN, CHEN YUAN, LI QIFENG, SUN ZHEN, ZHENG YIQUN, HUANG JINLONG, DUAN XUDONG, WU JIANSHENG, LI PING, LIU LU, HUANG WEIZHONG, LI CHEN, LI YONGWEI, YUAN ZHILEI, WU BO, WANG RUSONG, YUAN JUN, QIAN GUANGZHONG, WANG YONG, WANG SHENGXI, LIU QIN, CHEN HAIBO, LI LONG, LI YONGSHUANG, YANG LIN, WEN ZUOMING, SHI FANG, LI LIANG
Format: Patent
Sprache:chi ; eng
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Zusammenfassung:The utility model provides a novel extra-strong steel core aluminium alloy wire used for extra-high voltage and long span. The wire comprises a steel core formed by 37 galvanized steel wires, an aluminium layer including 48 aluminium alloy single wires surrounding the steel core. Each galvanized steel wire is a steel wire whose 1% extension stress is higher than or equal to 1670 megapascal and extension strength of the galvanized steel wire before stranding is higher than or equal to 2050 megapascal. The novel extra-strong steel core aluminium alloy wire used for extra-high voltage and long span in an embodiment comprises the steel core formed by 37 galvanized steel wires and the aluminium layer including 48 aluminium alloy single wires surrounding the steel core, and 1% extension stress of each galvanized steel wire in the steel core is higher than or equal to 1670 megapascal and extension strength of the galvanized steel wire before stranding is higher than or equal to 2050 megapascal. Thus, 1% extension st