WedGel WAG 650EV EV Battery Thermal Runaway Pad — 1400°C Withstand, UL94 V0 | WI-AGL-WAG650EV
WedGel WAG 650EV EV Battery Thermal Runaway Pad — 1400°C Withstand, UL94 V0 — Nanoporous silica aerogel insulation engineered by Wedge Insulation for demanding thermal, fire protection, and energy efficiency requirements. Grade designation: WedGel WAG 650EV.
WedGel WAG 650EV Technical Specifications
- Thermal Conductivity: 0.018 W/m·K @ 25°C
- Service Temperature: -50°C to +650°C (1400°C short-term, 5 min)
- Density: 210 ± 42 kg/m³
- Hydrophobicity: >99% water repellency (GB/T 10299)
- Product Form: Pad / sheet / wrap with PE encapsulation
- Thickness Range: 0.7 mm – 10 mm, die-cut to cell footprint
- Compliance: ASTM C1728, ASTM C177, ASTM C795, ASTM C1617, IEC 60695-11-5, RoHS, REACH
Key Benefits
✔ Among the lowest thermal conductivities available — up to 3× better than conventional mineral wool
✔ Ultra-thin profile reduces insulation thickness by 50–70%
✔ Hydrophobic — maintains performance in wet or humid environments
✔ Lightweight — minimises structural and system load
✔ Non-combustible — Class A fire rating
✔ Manufactured to ASTM C1728 with full Material Test Certificate (MTC) and traceability
✔ Global supply capability with India stock for short lead times
Industries Served
- EV Cell Manufacturers
- Battery Pack Assemblers
- Electric Vehicle OEMs
- Energy Storage Systems
- 2W/3W EV
Best Use
EV battery cell-to-cell and pack underside thermal runaway barrier
Product Forms:
Pad / sheet / wrap with PE encapsulation
Service Temperature:
-50°C to +650°C (1400°C short-term, 5 min)
Thickness Options:
0.7 mm – 10 mm, die-cut to cell footprint
Supply:
Global supply — India (Faridabad & Hardoi stock), UK, Europe, Middle East, USA, South-East Asia. Standard lead time: ex-stock 24–48 hrs (Faridabad); project orders 10–15 days FOB.
Positioning:
EV-grade aerogel pad for cell-to-cell and underside thermal runaway protection.
