Battery Additive

We specialize in producing high quality of battery additive used to improve life and performance of the battery.

Gassing
Towards the end of charging the battery cell cannot absorb all of the energy from the charging current supply .through electrolysis , excess energy breaks down the water through into the component gasses, hydrogen and oxygen . the oxygen is liberated at the positive plates and the hydrogen at the negative .

when a battery is completely charged , all of the energy , except the a resistance lossa is consumed in this electrolysis. During a recharge gassing is first noticed and increases at the time of charging .

How it works
Mossing

The term is sometime used to describe the possible deposition of a sponge like layer of lead on the negative plates or strap. This material was originally shed from the plates (predominantly the positive) in very fine particles and circulated throughout during a gassinga which.

1. Fills the porous separator or
2. Fall on the base of the cell
3. Attaches both the positive and negative plates.

Sediment

The active material of the plates to separate from the main body of the plate paste and fall of the bottom of the cell jar. We have innovated those batteries which are regularly undercharged from huge sediment crystals which also inhibit full charge potential.

The battery charger current is wasted trying to convert these crystals into active material.