Next-Gen Premium EV Interior

Unlike combustion engines that generate waste heat, EVs must electrically heat and cool cabins—directly draining battery range. Every watt saved on climate control translates to extended mileage. The client needed materials that passively regulate temperature while maintaining premium aesthetics and minimal weight impact.

ShowArmX aerogel yarn creates a fleece fabric with microscopic air pockets that simultaneously block thermal transfer and absorb acoustic vibrations. This dual functionality eliminates the need for separate insulation and soundproofing layers—cutting weight while doubling performance efficiency.

Vehicle interiors endure extreme conditions: -40°C winters to 80°C dashboard surfaces, constant flexing, moisture exposure, and stringent fire safety standards. We developed aerogel-basis fleece fabric that maintains thermal resistance across temperature extremes, passes automotive flammability tests, and integrates seamlessly with existing manufacturing processes.

We identified high-impact integration points: seat covers for passenger comfort, headliners to block solar heat gain, door panels for noise reduction, and battery thermal management systems to optimize charging efficiency. Each application leverages aerogel’s lightweight advantage—critical for EV weight budgets.