HOW TO MAKE BATTERIES THANKS TO A CHEESE GRATER We always talk about technology, energy saving emissions, and God forbid. The world of lead-acid batteries, today, has a fundamental role for the well-being of people (see the fundamental role that lead-acid batteries had during the pandemic) and it is of fundamental importance to innovate,
Quality targets for lead battery production have always been determined by falling within certain parameters. In the specific case of curing and drying of battery plates, certain free lead and residual humidity parameters must be achieved. One cannot always take for granted to be within these parameters because there are many variables to contend
When investing in industrial equipment and choosing a supplier, one of the most important factors in the decision making process is the price. Due to a difference in approach between the Engineering and Purchasing departments, all too often the choice simply falls on the equipment that costs less. The economic quotation is strategically important,
How to produce 100% Tetragonal Lead Oxide Lead batteries were the most utilized source of energy accumulation of the 20th century. One of the main benefits of this type of battery is the reliability of life cycle and performance with time. To achieve this, one of the essential elements is to have a lead
CAM oxide: 100% certified tetragonal Lead batteries were the most utilized source of energy accumulation of the 20th century. Studies of the production techniques of lead batteries are well known to the industry, and they are still ongoing, to uncover the mysteries and constantly increase the performance of this technology. One of the main
What is the CAM METHOD and why is it worthwhile? Do your batteries sometimes get sent back to you before reaching the 3-year warranty period? Or do your batteries sometimes lack the starting power they require? The CAM Method, a system based on 50 years of research and development may be the help you’re
Are you striving to produce high performing starter batteries? In recent years, the trend is to produce lead oxide with about 73 or 74% oxidation, but until about 10 years ago, the preferred level was around 72%. The main reason for wanting the higher oxidation is to attain a higher acid absorption for greater starting power.