FAG Bearings - Friedrich Fischer founded the business in the late 19th Century. The inventor in the ball grinding process, Friedrich Fischer designed this revolutionary product which permitted series output of high-precision, hardened steel balls of uniform size. His revolutionary invention was the historical beginning from the rolling bearing industry worldwide. FAG have helped bring many new ways to the bearing industry and therefore are recognised as one of Europe's finest manufacturers for NSK bearings . Currently INA have got a majority stake in FAG so as to further their strength in this particular sector.

FAG deep groove bearingsIf you're looking for PROMPT assistance remember to not hesitate to get hold of us immediately. We repsond without are not able to all enquiries however small or large, striaght forward or perculiar! FAG's current capabilities are listed below.

FAG deep groove ball bearings can be purchased in radial and axial designs for many people different variants.Single-row deep groove ball bearings can be bought in open and sealed designs. They are suitable for high to very good speeds which enables it to accommodate radial in addition to axial forces.Double-row deep groove ball bearings correspond with single-row deep groove ball bearings in design and they are used once the radial load capacity of single-row deep groove ball bearings is insufficient.

Under precisely the same operating conditions, the operating life of X-life bearings is quite a bit longer or, alternatively, higher loads could be applied while maintaining exactly the same rating life values. These state-of-the-art manufacturing technologies enable a much better and more uniform surface above the whole contact zone between rolling elements and raceway. The internal construction is intended for optimum functionality using state-of-the-art analysis and evaluation methods which ensures optimized contact surface geometry and even more even internal load distribution from the bearing. As a result, you will find there's reduction inside stress conditions present within the rolling elements and mating track under identical load. This makes a higher dynamic load rating, longer nominal rating life, less friction, lower bearing temperatures, and also a reduction from the strain placed around the lubricant.

Tests have confirmed that optimizing bearing positions with X-life bearings allows the general cost-effectiveness from the relevant application for being improved. The hydraulic systems found in wheel loader travel drives using a power transfer unit, hydraulic pumps, motors, and innumerable rolling and plain bearing positions are certainly one example, as the efficiency in this application may be increased by nearly two percent. For a wheel loader with 140 kW drive power, what this means is a total saving of approximately 9 kW. In an application with 1,000 wheel loaders operating for eight hours per day, this provides you with an annual savings potential of approximately 26,000 MWh or maybe a financial saving close to five million Euros along with a CO2 saving of approximately 16,000 tons. In addition, optimization using X-life bearings ultimately shows that the hydraulic pumps and motors may be made a size smaller.