Elite can offer high-quality steel balls for bearings and automotive industries, as for ISO grades G3 and G5. Such balls – in the range from 4.762 up to 26.988 mm diameter - are manufactured using the latest technologies and equipment and lean thinking principles to ensure that they meet or exceed industry standards. “Leadership through Quality” has been the company mantra for the last years and sums up well the secret of the corporate transformation that the manufacturing plants have undergone over the past 10 years: using the tools of lean thinking, all business processes were reengineered, the employees were trained to the new methods and value streams to improve products flow were created to reduce inventories and the reaction times to market, so dramatically increasing both service levels and quality.
Elite committed to offer a superior customer service, through a team of international knowledgeable and experienced professionals who are dedicated to providing clients with the best possible service, to build long-term relationships with clients and to work closely with them to understand their unique needs and requirements.
G3 and G5 are high precision grades of steel ball, which means that they have very tight tolerances for size and roundness. This level of precision ensures that the ball bearings and ball screws operate smoothly and efficiently, reducing friction and wear on the bearing components. Very few companies in the world are able to consistently produce such level of quality.
Using G5 – or even G3 - steel balls can improve the load capacity of a bearing. Steel balls offered by Elite are made from high-quality steel that is heat-treated to increase its strength and toughness. This means that bearings with G3 or G5 steel balls can handle heavier loads than bearings made with lower-grade steel balls.
Furthermore, they have excellent surface finish and low surface roughness, which can further reduce friction and increase the lifespan of the bearing. This can result in longer service intervals, reduced maintenance costs, and increased reliability of the overall system.
