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Lyth Energy - Fortgeschrittene Airgel -Thermalpad -Lösung

» Unser Blog » LYTH Energy – Advanced Aerogel Thermal Pad Solution

Lyth Energy - Fortgeschrittene Airgel -Thermalpad -Lösung

April 17, 2025

Warum Airgel? Warum Lyth Energy?

Da die Elektrofahrzeugtechnologie weiter voranschreitet, die Nachfrage nach sicherer, leichter, und kompaktere Batteriemodule steigen ebenfalls. Traditionelle strukturelle Klebstoffe und Isolationsfelder auf Glasfaserbasis sind zunehmend nicht in der Lage, die Anforderungen an die modernen Wärmesicherheit zu erfüllen. That’s why LYTH Energy has chosen to adopt aerogel thermal pads as a next-generation solution.

The aerogel insulation pad uses aerogel blanket as the core insulation material, encapsulated with flame-retardant PET film and heat-sealed at the edges. This design ensures that the silica aerogel does not shed during use, providing effective thermal insulation and heat preservation, while also offering cushioning and shock absorption. The surface is smooth and aesthetically pleasing.

Composition:
Pre-oxidized fiber aerogel blanket/fiberglass aerogel / ceramic fiber aerogel, flame-retardant PET

  • Ultra-Low Thermal Conductivity

    • ≤ 0.03 W/(m·K) at 25°C

    • Maintains >350°C temperature difference at just 2mm thickness

    • Prevents heat propagation between cells

  • Superior Fire Resistance
  • Survives direct flame at 800°C for over 5 minutes
  • UL94 V0 flame-retardant certified
  • Extends escape time and system integrity in thermal runaway

Ultra-Thin & Leicht

  • Thickness options from 0.8mm to 5.0mm

  • Saves module space, increases energy density

  • Lighter than conventional ceramic and fiberglass boards

Durable, Eco-Friendly & Sicher

  • 8–10x the aging resistance of standard materials

  • Hydrophobic, crack-resistant, shock-absorbent

  • RoHS compliant, non-toxic and green


Anwendung

Designed specifically for EV battery modules, installed between cells to provide high-efficiency thermal insulation, flame protection, and vibration damping.


Typical Specs

PropertyValue
Working Temp-40°C to +85°C
Max Temp Resistance>800°C (5–30 min no burn-through)
Thermal Conductivity≤0.03 W/(m·K) @25°C
Isolationswiderstand>500 MOhm
Thickness Range0.8mm – 5.0mm
Fire StandardUL94 V0

Partner with LYTH Energy

At LYTH Energy, we believe insulation is not just about protection — it’s about performance, Effizienz, and life-saving reliability. Our aerogel pad technology is already powering the next generation of safer battery packs.


Get in touch for samples, data sheets, or project consultations.
🌐 www.lythbattery.com | ✉️ info@lythbattery.com

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