Specialist Thermal Insulation Materials
Ultra-lightweight insulation materials with the highest thermal insulation to weight value of any material. The most effective material for the prevention of thermal propagation in a thermal runaway event. Anti-thermal propagation technology used within ATP pads for superior thermal insulation between cells.
Anti-Thermal Propagation
Key Features
Specialist Thermal Insulation Materials
- Ultra-lightweight insulation materials
- The highest thermal insulation to weight value of any material.
- The most effective material for prevention of thermal propagation in a thermal runaway event
- Anti-thermal propagation technology used within ATP pads for superior thermal insulation between cells
Technical Specifications
Specialist Thermal Insulation Materials
Ultra-lightweight insulation materials with the highest thermal insulation to weight value of any material.
| Technical Data | Specialist Thermal Insulation Materials |
| Material | Superior lightweight material technology |
| Thermal Conductivity | 24 to 54 mW/m-K |
| Density | 0.20 g/cc |
| Compressive Resistance | 8 kPa @ 10%, 90 kPa @ 25%, 310 kPa @ 50% |
| Dielectric Constant (ASTMD150) | 1.3 – 1.51 |
| Volume Resistivity (ASTMD257) | 2.8 x 1012 Ω/cm |
| Service Temperature | -40°C to 600°C |
| Max. Temperature | 850°C |
case study in action
Delaying thermal propagation by over 20 mins in EV battery packs
challenge
Develop a single manufacturing process for an anti-thermal propagation solution to optimise space between cells and control expansion and contraction to improve cell life and performance.
solution
A highly efficient compact manufacturing process suitable for integrating into existing production facilities, manufacturing Framed ATP Pads in one continuous production run without the requirement of a 3rd party converter.
outcome
Cost-efficient manufacture of 36 million OEM approved Framed ATP Pads per year at close proximity to battery assembly plant or at customers' own facility. Superior anti-thermal propagation using advanced technology improves safety and increases cell life.
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