Battery thermal-isolation materials

Aerogel Barrier Pads for Battery Design

Converted pads and barriers for cell, module and pack evaluation within a defined validation plan.

Aerogel thermal barrier pads for battery assemblies

A material supports the design. It does not guarantee the system.

Thermal-isolation pads require validation in the relevant cell, module or pack construction.

No absolute thermal-runaway claimUse representative compression and ageingValidate the complete assembly

Where converted barriers may be evaluated

Geometry, compression, interfaces and assembly conditions differ across every placement.

Cell-to-cell

Thin barriers considered with cell spacing, compression, electrical interfaces and assembly tolerance.

Module separation

Larger formats reviewed against structure, fastening, vibration, ageing and available space.

Pack interfaces

Barrier constructions coordinated with enclosure, cooling, sealing and service requirements.

Electronic protection

Converted insulation parts for heat-sensitive components, subject to system-specific validation.

Prototype kits

Revision-controlled die-cut parts, lamination, adhesive integration, identification and kitting.

Prototype parts must match the assembly

Representative samples should use the intended material, thickness, conversion and installed condition.

  • Control drawing revision and tolerance
  • Record lamination and adhesive construction
  • Evaluate compression and interfaces
  • Retain the approved sample reference
Aerogel material sample used for prototype evaluation

Design inputs before die-cutting

The drawing is only one part of the requirement. Material state and assembly conditions must also be controlled.

Geometry

Drawing revision, thickness, cut profile, tolerance and edge condition.

Compression

Installed gap, pressure, recovery and ageing conditions.

Interfaces

Adhesive, film, electrical isolation, cooling and neighbouring materials.

Validation

Thermal, fire, electrical, vibration and ageing tests defined by the buyer.

A controlled prototype path

Revision control matters from the first sample through production release.

Define

Application and interfaces

Match

Material and supplier

Convert

Prototype to drawing

Test

Representative assembly

Freeze

Approved revision

Scale

Controlled production

Start with the assembly and test plan

Send drawings, compression conditions, interfaces, quantity, test method and destination.