GEL BATTERY MANUFACTURER

Gel batteries are a type of lead-acid battery that use an extremely dry gel to store the electrolyte instead of a liquid. The main advantage of using gel technology is that it eliminates many of the maintenance issues that wet lead-acid batteries require.

Gel battery has no sulfuric acid vents or vent caps like other types of VRLA (Valve Regulated Lead Acid) batteries do — instead, the vent holes are sealed during manufacturing so that once filled with electrolyte they become completely safe from accidental leakage into your vehicle’s electrical system or trunk compartment during shipment or storage (although this may occur if you store these batteries for long periods without opening up their boxes).

One disadvantage of gelled electrolyte is that charge acceptance rate tends to be lower than liquid cell equivalents because there aren’t any vents through which oxygen can enter during charging; another problem is that gelled electrolyte has less conductivity than water at normal temperatures so its ability to absorb current varies based on ambient conditions including outside temperature.

Gel battery is a variation of the lead-acid battery in which the electrolyte (acid) is immobilized as an extremely dry gel, instead of a liquid. The process of making this type of battery involves dissolving sulfuric acid in water and then adding various additives to complete its manufacture.

Gel battery is a variation of the lead-acid battery in which the electrolyte (acid) is immobilized as an extremely dry gel, instead of a liquid. The process of making this type of battery involves dissolving sulfuric acid in water and then adding various additives to complete its manufacture.

Gel batteries suppliers have classified these batteries as VRLA batteries, and are also sometimes referred to as “gel cells.”

The word “gel” refers to the substance that allows the battery to hold its shape. In this case, it’s a mixture of carbon and an electrolyte liquid that reacts with the two electrodes inside of a gel cell. When you charge or discharge your battery, the liquid reacts with these electrodes in order for them to produce electricity—similarly to how salt water becomes more concentrated when placed in an open container of water (also known as evaporation).

Gel batteries have several advantages over other types of lead-acid cells but these advantages come with some costs and drawbacks

  • Gel batteries are more expensive than lead-acid batteries.
  • Gel batteries require more maintenance than lead-acid batteries.
  • Gel batteries can be installed in any orientation except inverted (i.e., with the top of the battery exposed).
  • Gel batteries can be installed in any position except upside down or forward facing–these are known as “can” designs because they resemble a can of soup with a lid placed on top of it; this design is only effective if you’re trying to store your battery for long periods of time where it’s protected from being accidentally punctured by something sharp like keys or coins!

 

If you want to learn more about these batteries or any other brand we produce, reach out to us today!