Views: 0 Author: Site Editor Publish Time: 2025-03-27 Origin: Site
1. Carbon fiber/fiberglass Battery casing/box
-Lightweight protection: Carbon fiber/fiberglass prepreg (epoxy resin based) is used for electric vehicle battery pack shells, with high strength and a weight 30%~50% lighter than metal, improving endurance.
-Flame retardant and explosion-proof: Pre impregnated materials with added flame retardants (such as aluminum hydroxide) are resistant to high temperatures and inhibit thermal runaway diffusion.
2. Thermal management components
-Thermal barrier: high thermal conductivity graphene/ceramic filled prepreg, used as a heat dissipation layer between battery modules to balance temperature distribution.
-Liquid cooled plate shell: Prepreg material encapsulates liquid cooled pipelines, corrosion-resistant and lightweight.
3. Electrode and diaphragm reinforcement
-Composite electrode substrate: Carbon fiber prepreg is used as the electrode carrier for lithium sulfur batteries to enhance conductivity and structural stability.
-Diaphragm coating: Aramid fiber prepreg coating the diaphragm to enhance high temperature resistance and puncture resistance.
4. Fiberglass Battery bracket and connectors
-Module bracket: Fiberglass prepreg is molded into an insulation bracket to fix the battery cells and reduce vibration damage.
-Carbon fiber Lightweight connector: Carbon fiber prepreg replaces metal connectors, reducing weight and contact resistance.
Core advantages:
-Lightweight: Reduce the overall weight of the battery system and improve energy density;
-High safety: flame retardant, impact resistant, corrosion-resistant, suitable for harsh working conditions;
-Thermal management optimization: achieving efficient heat dissipation or insulation through material design.
Typical applications: Tesla battery pack carbon fiber shell, energy storage system fireproof partition, solid-state battery composite electrode substrate, etc.
