We have developed a cable with excellent flexibility and heat resistance. Compared to general cables, cables with a larger cross-sectional area are particularly susceptible to impact when bent.
When using standard cables, designers may need to secure extra space considering the minimum allowable bending radius of the cables. Additionally, operators may struggle with the rigidity of the cables when wiring them in tight spaces. After hearing many customers' difficulties, we developed a solution in hopes of being able to assist in some way.
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basic information
We developed an ultra-flexible and heat-resistant cable by using 0.08 mm soft copper wire and silicone as the insulator. The lineup ranges from a conductor cross-sectional area of 2 to 150 mm², and larger sizes can be made upon consultation.
Price information
Prices vary by type, so please consult us.
Delivery Time
※Consultation required.
Applications/Examples of results
Wiring inside control devices, large-capacity storage batteries, in-vehicle wiring related to EVs/HEVs, motors for related units, inverters, production equipment for lithium-ion batteries, audio-related connection wiring, power supply devices, etc.
Company information
1. Since all contacts except those attached to the connector are domestically manufactured, speedy supply is possible. 2. Performance can be improved compared to standard products from manufacturers due to our unique know-how in surface treatment and contact force. 3. Custom products can be supplied from just one piece, making costs low during the consideration phase for adoption. In terms of electrical specifications, we offer contacts capable of carrying current from 5A to 7500A, and they can also operate in environments with temperatures ranging from -273 degrees to 680 degrees. All metal bodies of the conductors are produced domestically, and we can accommodate various shape requirements. We also welcome inquiries regarding mechanical electrical connections, including rotation, sliding, dust-proofing, waterproofing, underwater use, and locking mechanisms.