Multiple electrode plate technology

This technology can increase the contact area between the electrode and the electrolyte, improve the battery's charge and discharge efficiency, reduce internal resistance and extend battery life. Multilayer electrode plate technology can also improve the battery's power output and high temperature performance, giving automotive lead-acid batteries better performance and longer service life.

The new generation of moisture-proof standards

The moisture-proof standard for the new generation of automotive lead-acid batteries requires sealed structures and waterproof materials to protect the battery interior from moisture erosion. During the production process, we take measures to ensure the integrity of the battery casing and avoid exposure to moisture during storage and transportation.

Long-term maintenance-free

The battery is designed to not require manual addition of electrolyte, so no regular maintenance is required. Its closed design makes it difficult for the electrolyte to evaporate, and there is no need to regularly check the liquid level or add distilled water. This design is convenient for car owners to a certain extent and reduces the frequency and workload of maintenance.

Environmentally friendly materials

The use of environmentally friendly materials for automotive lead-acid starting batteries includes the use of renewable materials to manufacture battery casings, the use of anode materials with low lead content, and the promotion of recycling of old battery internal components to reduce the impact on the environment.

Advanced Manufacturing Process

The advanced manufacturing process of automotive lead-acid starting batteries includes the use of high-quality raw materials, advanced automated production lines, precise formula control and quality inspection systems to ensure stable battery performance, long life, and higher safety and reliability.

New anti-counterfeiting design

We use anti-counterfeiting technology specifically for automotive lead-acid starting batteries. We focus on the outer packaging and labeling of the battery and verify the authenticity through special inquiry methods. The appearance of a genuine battery should not have any signs of deformation, bulge, leakage, cracking, burning, etc., and there should be no oxide seepage at the screw connection.