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Flanged sleeve bearings are versatile, all-in-one mechanical components designed to provide a low-friction surface for rotating or sliding shafts. Unlike standard sleeve bearings, these bearings feature a flange at one end. This unique geometry serves two purposes: it provides a secure mounting surface that prevents the bearing from migrating through the housing during operation and allows the unit to handle axial thrust loads in addition to standard radial loads.
The plastic flanged sleeve bearings available from igus® make sure of self-lubricating polymers that provide numerous benefits not possible with metal alternatives. The self-lubricating properties eliminate the need to grease the bearings, while also providing resistance to dirt and dust due to dry operation. Additionally, iglide® bearings offer exceptional wear rates and a predictable service life.

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Unlike traditional metal bearings, iglide® bearings are made with self-lubricating materials. They consist of a base polymer enriched with strengthening fibers and solid lubricants. As the shaft moves, microscopic amounts of these lubricants are transferred to the shaft surface, eliminating the need for external grease or oil.
Yes. The “sleeve” portion of the bearing supports radial loads, while the flange acts as a built-in thrust washer to handle axial loads.
Since iglide® materials operate without grease, there is no sticky residue for dirt or dust to stick to, allowing the bearing to operate normally.
They are designed to be press-fit into a housing bore. The bearings are manufactured with a slight oversize, and once pressed into a housing with the recommended tolerance, the bearing is held secure by friction.
The versatility of iglide® materials and the wide range of options means there is a bearing for nearly any shaft surface, whether it’s hardened steel, stainless steel, aluminum, or something else entirely.
Yes, but material selection is critical. Different iglide® materials have different moisture absorption properties. Choosing a material that will not expand beyond the limits of the application and seize is essential to successful operation in a high-moisture application.

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