PP BATTERY COVER ADVANTAGE
1. Lightweight
Low density: PP material has a low density, which helps to reduce the weight of the battery shell and increase the energy density of the battery.
2. Chemical corrosion resistance
Electrolyte resistance: PP material has good corrosion resistance to battery electrolyte and is suitable for battery shell.
Acid and alkali resistance: PP material is stable in acidic and alkaline environments, which prolongs the service life of the shell.
3. Insulation performance
Electrical insulation: PP material has good electrical insulation, which prevents the battery shell from conducting electricity and avoids short circuit.
4. Mechanical strength
Impact resistance: PP material has good impact resistance and protects the battery from external impact.
Rigidity: PP material has moderate rigidity, which can provide sufficient support without being too fragile.
5. Heat resistance
High temperature resistance: PP material can remain stable at higher temperatures and is suitable for battery applications in high temperature environments.
PC FRV0 BATTERY COVER ADVANTAGE
1. High mechanical strength
Impact resistance: PC material has extremely high impact resistance and can effectively protect the battery from external impact and collision.
Rigidity: PC material has high rigidity and can provide good structural support to ensure the stability of the battery shell.
2. Transparency
High transparency: PC material has excellent transparency and is suitable for application scenarios where the internal state of the battery needs to be observed.
Aesthetics: Transparent or translucent PC shells can enhance the appearance of the product.
3. Heat resistance
High temperature stability: PC material can still maintain stable mechanical properties and dimensional stability under high temperature environment, suitable for high temperature applications.
Flame retardancy: PC material has certain flame retardant properties, which can improve the safety of the battery.
4. Chemical corrosion resistance
Electrolyte resistance: PC material has good corrosion resistance to battery electrolyte and is suitable for battery shell.
Acid and alkali resistance: PC material is stable in acidic and alkaline environments, which extends the service life of the shell.
5. Insulation performance
Electrical insulation: PC material has good electrical insulation, which prevents the battery shell from conducting electricity and avoids short circuit.
ABS FRV0 BATTERY COVER
1. Flame retardant performance
High flame retardancy: Flame retardant ABS material has excellent flame retardancy, which can effectively prevent the battery shell from burning under high temperature or short circuit conditions, and improve the safety of the battery.
Compliance with safety standards: Flame retardant ABS materials usually meet flame retardant standards such as UL94 V-0, and are suitable for battery products with high safety requirements.
2. Mechanical strength
High impact resistance: Flame retardant ABS materials have high impact resistance and can effectively protect the battery from external impact and collision.
Rigidity: Flame retardant ABS materials have moderate rigidity and can provide good structural support to ensure the stability of the battery shell.
3. Heat resistance
High temperature stability: Flame retardant ABS materials can still maintain stable mechanical properties and dimensional stability at higher temperatures, and are suitable for high temperature applications.
4. Chemical corrosion resistance
Electrolyte resistance: Flame retardant ABS materials have good corrosion resistance to battery electrolytes and are suitable for battery shells.
Acid and alkali resistance: Flame retardant ABS materials are stable in acidic and alkaline environments, which extends the service life of the shell.
5. Insulation performance
Electrical insulation: Flame-retardant ABS material has good electrical insulation, which prevents the battery shell from conducting electricity and avoids short circuit.
6. Cost-effectiveness
Economical efficiency: Flame-retardant ABS material is relatively cheap, suitable for large-scale production, and reduces the cost of battery shells
The usage of thermoforming
Shipping Service
01
By air - suitable for sample and agent order
02
By railway - suitable for European, Central Asia, Russia, Southeast Asia
03
By sea - North America, Asia, Oceania
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