Sliding Bearings

At Technymon we understand that agricultural applications especially the bearings and bushes face considerable challenges as for all mechanical components. Technymon bearings need to cope with contamination, moisture, vibration and shock loads. These are some of the factors which are directly connected to the performance and operating life of the sliding bearings. As one of the world’s leading sliding bearing manufacturers, Technymon knows how to deal with these challenges. In addition to a wide range of standard components, the company operates a strong research & development team, which is highly knowledgeable and flexible has designed special sliding bearing material for such applications. Technymon is always ready to provide any customized solutions to its agricultural clients.

Mechanical components of agricultural applications need to be highly efficient, reliable and with a long operating life cycle, qualities that also the placed sliding bearings need to have. In response to such demands Technymon delivers highly functional plain bearings for agricultural applications which can easily meet these requirements.

Solutions offered by Technymon:

Technymon has devolved a complete range of sliding bearings which can easily fit into these applications to provide ‘Longer Service Life’. Our bearings can be used in any environmental conditions such as during heavy rain, extremely hot weather and in extreme dusty conditions, providing reliability and productivity during the entire operating life.

Technymon plain sliding bearing material which can be used for these applications are for example MUMXBRMBMT & Plastic Polymers bushings.

Sliding Bearings

Additional advantages of Technymon sliding bearings:

These sliding bearings are designed and developed for extreme operating conditions, when most plain bearings need premature maintenance or replacement, theses sliding bearings are typically operational.

  • Longer service life
  • Easy installation and maintenance
  • High load capacity
  • Very compact dimensions
  • High thermal conductibility
  • Wide range of working temperature
  • Insensitivity to edge loading and misalignment
  • Special items can be designed on customer demand