All Kondor batteries feature expanded laminated grid technology. This means that after casting the primary wire, it undergoes a process that compresses the wire, reducing its thickness by more than tenfold, significantly reducing the porosity of the metal and thereby increasing corrosion resistance. In the subsequent expansion process, the grid takes its final shape. This modern system allows maximum adhesion of the paste to the grid structure, providing high electrical conductivity and long battery life.
Kondor batteries are assembled with 100% automated equipment, which includes enveloping the plates, manufacturing the internal connectors, or plate straps, and inserting the plates into the case, internal welding, placing and sealing the lid, laser engraving the serial number, welding the terminals, and quality testing. All these automated steps ensure uniformity between production runs and ensure the quality of Kondor batteries.
This advanced automatic system for charging batteries – first and foremost – has environmental advantages, whereby the equipment itself fills the acid solution in the batteries and controls density, doing away with the need for tipping the battery over to change the acid, eliminating the waste generated in a conventional process and having greater uniformity in the batch of batteries. All controls during the charging process are carried out automatically, ensuring the quality of Kondor batteries in an additional manufacturing step.