LEAD CRYSTAL™ TECHNOLOGY

LEAD CRYSTAL™ BATTERIES ARE ROBUST, RESILIENT AND HIGH PERFORMING
The robust and resilient characteristics of Lead Crystal™ batteries make them suitable for a wide range of applications. Lead Crystal™ batteries are being used in telecoms, ups, petrochem/marine, defence, renewable energy, health care, manufacturing, transportation and electric motion (wheelchairs, E-bikes, golf carts & trolleys).

LEAD CRYSTAL™ BATTERIES HAVE A LOWER COST OF OWNERSHIP
Lead Crystal™ batteries can be charged faster (even at sub zero temperatures), discharged much deeper (even to 0 Volt), discharged more often, and be used in a wider temperature range (-40 +65 C). In addition, Lead Crystal™ batteries require no special ventilation or cooling. All this results in a very cost effective solution and lowest cost of ownership.

Betta Batteries Lead Crystal™ Batteries will deliver you TCO (Total Cost or Ownership) benefits for years to come. With a massive 6600 cycles at 20% this battery will outlast even the best AGM or GEL batteries. Insist on the best, insist on Betta Batteries.

Batteries for Golf Cart and Electric vehicles
Series batteries

TECHNOLOGY DETAILS

LEAD CRYSTAL™ TECHNOLOGY CONSISTS OF SPECIAL FEATURES
A unique micro-porous Super absorbent mat (SAM), thick plates cast from a high purity lead calcium selenium alloy (which ensure an extended life), and a SiO2 based electrolyte solution. Hand formed and finished to ensure that you received the highest standards and quality.

SPECIAL ELECTROLYTE COMPOSITION
By using a unique blending technology, Lead Crystal™ is able to combine a variety of inorganic salts and organic substances to co-ordinate a combined reaction to improve the reaction ability between the electrolyte and active material on the lead plates. The electrolyte prevents the active material from becoming brittle and falling of the plates, improving the cycle life.

When charged/discharged the liquid electrolyte transforms into a crystallized state leaving hardly any free liquid electrolyte in the battery. This opens a wide range of installation applications, since the risk of electrolyte leakage is minimized. This reaction also improves the products’ safety, making it less harmful to installers and users alike.

TAILORED MANUFACTURING PROCESS
Using pressure filling technology in combination with patented gravity filling containers to fill the batteries with electrolyte and a patented terminal connecting equipment. These manufacturing features ensure a much more even distribution of electrolyte in each cell further enhancing the performance and efficiency of the batteries.