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Silicone Battery Cables

Silicone battery cable is an electrical cable made of silicone specifically for use in connecting batteries. Since it has silicone rubber insulation, which is a type of synthetic elastomer material that possesses high thermal resistance, lastingness, and flexibility. Thus, silicone battery cables are perfect for withstanding the extreme heat, vibration, and exposure to destructive chemicals often present in the world of electric vehicles and energy storage systems.

Silicone Battery Cords Technical Description

Color

Red, Black

Wire core material

Tinned Copper, Copper

Volt

UP to 300V

Insulation Material

Silicone

Cable Length

0 - 300M

Maximum Temperature

-40 - 200℃

Certification

RoHS, CE, UL

Silicone battery wire are significantly less likely to overheat and more flexible, and they have a much longer life when compared to traditional PVC or rubber-coated battery cables. Silicone cables also have a longer life span and are less prone to aging or degrading over time.

Yes, typically a silicone battery cable is more expensive than the traditional PVC or rubber-coated cables. Nonetheless, the increased expense is usually defended by outstanding performance and longer life, primarily in demanding applications.

Here are the things you need to know about choosing a silicone battery cable.

  1. Temperature rating: Verify that the cable is able to hold up in the temperature range you expect in your application.
  2. Voltage rating: If the voltage requirements of a cable are higher than this number, choose an eco-wire that is rated for equal or better use.
  3. Current carrying capacity: The cable should have enough current carrying capacity to take the expected load.
  4. Flexibility: Depending on the installation environment, think about how the cable needs to be flexible

Yes, many silicone battery cables can be recycled. The recycling process involves separating the silicone insulation from the copper conductors. But the cost premium is often worth it given their performance advantages and increased lifetime—in heightened-use applications anyway.