Project Challenge
Battery and energy-storage assemblies need material options that fit constrained spaces and are evaluated within the actual electrical, mechanical and safety-validation plan.
Application Guide
Aerogel Thermal Barrier Materials for EV Batteries and Energy Storage Systems
Lightweight aerogel-based thermal barrier materials can be evaluated for battery modules, battery packs and energy storage systems where heat transfer control and space efficiency are important.
ApplicationEV & ESS Thermal Barriers
Selection begins with actual project conditions.
Thin-pad conductivity≤0.025 W/(m·K) at 25 °C
Pad thickness0.3-5 mm
On this page
Information to Collect
- Cell or module format
- Available thickness
- Target test method
- Electrical insulation requirement
- Operating temperature
Last Reviewed
09 August 2026
Selection remains subject to the complete system and project validation.
Evidence and Scope
Applicable Technical Data
Listed values are specific to the stated source and are not transferred between products, assemblies or field conditions.
Supplied thin-sheet table; material level only.
Supplied product summary; grade-dependent.
Supplied thin-sheet table.
Suitable Products
System Limits
- No cell-to-cell, pack fire or vehicle-compliance conclusion can be made from a material summary.
- Performance must be evaluated with the intended cell format, stack pressure and construction.
Verification Steps
- Define the cell/module layout, available space and selected test method.
- Run representative compression, electrical and thermal tests in the intended assembly.
- Complete pack-level validation before release.
Documentation and project review
Request the technical document set for the selected product grade, then verify it against the substrate, test method, system build and operating conditions.
Request applicable documentationApplication FAQ
Does a thin pad automatically qualify the battery pack?
No. The pack must be validated as an assembly using the intended method and construction.
Technical Review
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