iglidur® J, two hole flange bearing, mm

iglidur® - maintenance-free two hole flange bearings

With this type, it is possible to use iglidur® high-performance plain bearings where precisely toleranced housing bores are not possible. The design allows high loads to be applied with minimal requirements for the precision of the housing.

The iglidur® J two hole flange bearings are characterised above all by their very low coefficient of friction in dry operation and their very low stick-slip effect. With a maximum recommended surface pressure of 35MPa, iglidur® J flange mounted bearings are not suitable for extreme loads.

• Wear-resistant
• Lightweight
• Lubrication-free

 

When to use it? If a bolted two hole flange bearing is required If a clip bearing solution as a sheet metal feed-through is not sufficient If very coarse housing tolerances are present If the press fit of a press-fit bearing is not sufficient as locating spigot

When not to use it? If additional angle compensation is required If a screw connection is not possible If a long guide length is required Use our filter options to find the suitable product

Assembly

Depending on the loads, different types of mounting can be considered. With low radial loads, it is sufficient to simply mount iglidur® flange mounted bearings to a surface with two screws. For higher radial loads, it is recommended to support the iglidur® flange mounted bearing on the reinforced side in the load direction in a hole. Large tolerances are permissible for this hole, since it is only important to additionally support the iglidur® flange mounted bearing. In order to support even higher radial loads, the iglidur® flange mounted bearing can be pressed in with the longer side in a hole with H tolerance. The additional screw connection secures the seat of the bearing in the housing. No special tools or devices are required for the assembly of the iglidur® maintenance-free flange mounted bearings. It is also easy to align the bearings on shafts with multiple bearings during assembly.