Features & Benefits:
1. Excellent heat resistance: Withstands high temperatures, suitable for internal lithium battery applications.
2. Thermal expansion control: Relieves thermal expansion pressure during operation, protecting the battery structure.
3. Excellent insulation performance: Ensures reliable electrical insulation for enhanced battery safety.
4. Chemical corrosion resistance: Resists electrolytes and chemicals, extending service life.
5. Lightweight design: Adds minimal weight, meeting lightweight requirements.
6. Good adhesion: Strong bonding to metal substrates, ensuring secure connection between cells and steel shells.
Basic Specifications:
Property |
Unit |
Standard |
Inspection Tool |
Inspection Method |
Color |
/ |
Transparent |
Visual Inspection |
Refer to Standard Sample |
Backing Thickness |
μm |
50±3 |
Micrometer Thickness Gauge |
GB/T 7125-2014 |
Total Thickness |
μm |
60±3 |
Micrometer Thickness Gauge |
GB/T 7125-2014 |
Peeling Force of 180°Steel Plate |
N/25mm |
≤3.0 |
Tensile Testing Machine |
GB/T 2792-1998 |
Thickness Expansion |
% |
≥200 |
Fluorinated Bottle,Electrolyte |
Soak in Electrolyte at Room Temperature for 0.5h |
Tensile Strength |
N/25mm |
≥10 |
Tensile Testing Machine |
GB/T 30776-2014 |
Application:
* Thermal Insulation: Used for thermal insulation between lithium battery cells to prevent heat transfer and thermal runaway.
* Cell Fixation: Provides secure fixation of battery cells within the module, enhancing structural stability.
* Cushioning Protection: Offers space for thermal expansion, mitigating pressure caused by cell expansion.
* Thermal Management System: Applied in thermal management systems for insulation and heat dissipation, optimizing battery performance.
* Fire Protection: Delays flame propagation under extreme conditions, improving battery safety.
* Module Assembly: Serves as a structural material during module assembly, simplifying processes and enhancing reliability.