Sintered Porous Vents for Lead Acid Batteries
Maximize battery efficiency and safety with our sintered porous vents, engineered specifically for lead-acid battery applications. Manufactured from high-quality polypropylene (PP) or polyethylene (PE), these vents provide reliable gas management, pressure regulation, and electrolyte containment to help extend battery life and performance.
High Chemical Resistance
PP or PE materials stand up to the harsh environment within lead-acid batteries without degrading or weakening.
Tailored Porosity
Pore size and structure can be customized for specific venting needs, striking the perfect balance between airflow and electrolyte retention.
Thermal Stability
Engineered to maintain structural integrity and performance across a broad temperature range, from cold starts to high-temperature conditions.
Customizable Shapes & Sizes
Available in a variety of geometries to fit diverse battery vent designs or retrofitting needs.
Consistent Gas Flow & Pressure Regulation
The precise porosity of our sintered materials ensures efficient venting of gases generated during charge/discharge cycles, helping maintain optimal internal pressure levels.
Robust Construction
Our vents exhibit excellent chemical resistance and mechanical strength, ensuring reliable performance under the demanding conditions of lead-acid battery systems.
Extended Battery Life
By preventing electrolyte evaporation and minimizing acid loss, our vents help extend the lifespan of the battery and reduce maintenance requirements.
Safety & Reliability
Effective gas release helps mitigate risks of overpressure and leakage, providing increased safety for users and equipment.
- Automotive batteries
- Industrial and standby power batteries
- Renewable energy storage systems
- UPS systems and backup power units