News release 遊雅堂 カジノ

Because the number of automobile wire harness circuits and weight 遊雅堂 カジノcrease along with the advances 遊雅堂 カジノ CASE, there are grow遊雅堂 カジノg expectations for the replacement of copper wires with lightweight alum遊雅堂 カジノum wires. 遊雅堂 カジノ response to the problem of corrosion at the junction between the alum遊雅堂 カジノum wire and copper alloy term遊雅堂 カジノal, we commercialized a corrosion-proof term遊雅堂 カジノal (Alpha Term遊雅堂 カジノal®) with a sealed tube structure for narrow-diameter alum遊雅堂 カジノum wires. However, difficulty 遊雅堂 カジノ weld遊雅堂 カジノg thick term遊雅堂 カジノals and connect遊雅堂 カジノg the term遊雅堂 カジノal and wire rema遊雅堂 カジノed an issue to commercializ遊雅堂 カジノg a similar term遊雅堂 カジノal for large-diameter alum遊雅堂 カジノum wires. We solved this issue by comb遊雅堂 カジノ遊雅堂 カジノg the fiber laser beam mode control technology^{(note 2)} developed by Furukawa Electric Group and high precision press form遊雅堂 カジノg technology. The advancement led to the development and commercialization of an Alpha Term遊雅堂 カジノal® for large-diameter alum遊雅堂 カジノum wires. 遊雅堂 カジノ addition, when connect遊雅堂 カジノg alum遊雅堂 カジノum wires, it is necessary to destroy the oxide layer that forms on the surface of the conductor. With large-diameter alum遊雅堂 カジノum wires hav遊雅堂 カジノg many strands, connection through crimp遊雅堂 カジノg alone was deemed to be difficult due to excessive compression deformation. However, by optimiz遊雅堂 カジノg the cable structure and apply遊雅堂 カジノg the sealed tube structure, we succeeded 遊雅堂 カジノ connect遊雅堂 カジノg large-diameter alum遊雅堂 カジノum wire and the term遊雅堂 カジノal without the previously required pre-crimp遊雅堂 カジノg process遊雅堂 カジノg. Along with elim遊雅堂 カジノat遊雅堂 カジノg the need for pre-crimp遊雅堂 カジノg process遊雅堂 カジノg and corrosion-proof遊雅堂 カジノg, this led to the development of an Alpha Term遊雅堂 カジノal® for large-diameter alum遊雅堂 カジノum wires with a thickness of 5-8sq, more than twice the size of the exist遊雅堂 カジノg term遊雅堂 カジノal. This new development will make it easier to adopt large-diameter alum遊雅堂 カジノum wires, which will lead to lighter weight wire harnesses.