The average life of any Lead Acid battery is 3.5 years. Thus, within a span of 10 years two replacements of Batteries are done normally. These replacement costs can be avoided with the usage of our product BLESS. We have priced our Product very attractively at a fraction of this cost. A lead-acid cell produces voltage by receiving a (forming) charge of at least 2.1 voltscell from a charger. Known as Storage Batteries, lead-acid batteries do not generate voltage on their own they only store a charge from another source. The size of the battery plates and amount of electrolyte determines the amount of charge lead-acid batteries can store.The white powder is on the terminals of a lead acid battery is a sulfate crystals. It’s the physical signs of lead sulfate crystals which interfere with your battery’s ability to accept, hold and deliver a charge. As a battery ages through use or sits unused for periods of time, lead sulfate crystals enlarge and can build-up excessively to the point where they create a physical barrier across the surface of the plate. Before long, this build-up can become so dense that a battery is no longer able to accept or release energy.

The average life of any Lead Acid battery is 3.5 years. Thus, within a span of 10 years two replacements of Batteries are done normally. These replacement costs can be avoided with the usage of our product BLESS. We have priced our Product very attractively at a fraction of this cost. A lead-acid cell produces voltage by receiving a (forming) charge of at least 2.1 voltscell from a charger. Known as Storage Batteries, lead-acid batteries do not generate voltage on their own they only store a charge from another source. The size of the battery plates and amount of electrolyte determines the amount of charge lead-acid batteries can store.The white powder is on the terminals of a lead acid battery is a sulfate crystals. It’s the physical signs of lead sulfate crystals which interfere with your battery’s ability to accept, hold and deliver a charge. As a battery ages through use or sits unused for periods of time, lead sulfate crystals enlarge and can build-up excessively to the point where they create a physical barrier across the surface of the plate. Before long, this build-up can become so dense that a battery is no longer able to accept or release energy.