Rod ends with rollers or balls

A rod end (DIN ISO 12240-4) is generally a standardised, ready-to-install machine element used for the transfer of static and dynamic forces in connection with swivelling, tilting and turning movements.

The heavy-duty rod ends in DURBAL Premium Line in accordance with DIN ISO 12240-4 consist of a housing, and inner ring with integrated self-aligning roller or ball bearing.

DURBAL creates a 100% control measuring for the radial clearance at each rod end of the Premium Line. THE ORIGINAL with all the well-known technical benefits can be purchased from DURBAL only!These rod ends are available in various versions, i.e. series K, as special versions and in inches. We also offer female rod ends in accordance with DIN ISO 8139 with pneumatic cylinder connections.

These rod ends are low maintenance. All versions are also available with female or male threads.
The heavy-duty rod ends of the DURBAL Premium Line are especially suited to use at high speeds, with large swivelling angles or rotating movements. They can also take high loads. Our low maintenance rod ends can be greased subsequently by means of a funnel-type lubrication nipple or conical grease nipple and have food-grade approval. Further special grease nipples are available on request.
Covering discs on both sides to prevent the penetration of coarse dirt particles inside the bearing, thereby ensuring a longer service life.

Explorer deep groove ball bearings – meeting demands beyond standard

More robust than typical deep groove ball bearings, they are highly customizable with the possible combination of many different components. This results in up to 10 000 possible configurations! Find the optimum configuration to deliver the kind of high performance you need – whether that’s exceptional durability, for example, or lower friction.

Quiet Running deep groove ball bearings

Designed especially for wind turbine generators, SKF Quiet Running deep groove ball bearings significantly reduce noise levels and structural resonance. They are less sensitive to variable operating conditions, can increase bearing service life and extend relubrication intervals.