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Lead Crystal Batteries

Featured Products

Betta Lead Crystal Batteries

To overcome the fundamental flaws of lead-acid, gel and AGM batteries, such as plate sulfation, active material loss, high water loss rate, serious acid pollution, poor low temperature performance, short life cycle, poor transport safety, Betta Batteries successfully developed Lead Crystal® batteries. Lead Crystal Batteries have an unique proprietary technology; five exclusive patented technological innovations.

Betta Batteries commercialises Lead Crystal® batteries, the better alternative to lead acid, lead gel and AGM batteries. Betta Batteries is the only manufacturer of Lead Crystal® batteries worldwide.


Robust, resilient, high performing. Lead Crystal® batteries can be discharged deeper, cycled more often (even in extreme temperatures) and have a longer service life. They recover to full rated capacity over and over again.


A unique micro-porous high absorbent mat (AGM), pure lead plates, safe SiO2 electrolyte solution that solidifies into
a white crystalline powder when charged/discharged.

Cleaner & Safe

Less acid, no cadmium, no antimony. Lead Crystal® batteries are up to 99% recyclable and are classified as non-hazardous goods for transport.


Lead Crystal® batteries are being used in telecoms, UPS, petrochemi/marine, defence, renewable energy. health care, manufacturing, transportation and electric motion(wheelchairs, golf carts and trolleys).

High Quality Lead Plates (99.97% Pure Lead)

The positive and negative plates are the core electrochemical reaction area and the most important components of the battery

  • No cadmium and no antimony

AGM-Like Partition Material

Made from ultra-fine glass fiber separator of high porosity, using cathode absorption

Unique Electrolyte

  • A unique complex technology is used to synergise a range of inorganic salts and organic substances, thereby optimizing the reaction between the electrolyte and the active electrode material. This reaction also improves product safety, making it less harmfull to installers and other users
  • Less Sulphuric acid (<5%)
  • When charged / discharged the liquid electrolyte transforms into a crystalised state leaving hardly any liquid electrolyte. This opens a wide range of installation applications, since the risk of electrolyte leakage is minimized