1. All 3M Products

3M™ Hydrodynamic Thrust Bearings

3M ID B40070814
  • Lower frictional losses improve motor efficiency
  • Extended bearing service life
  • High temperature capability (>650°F)
  • Operates in oil process fluid or contaminated lubricants
 More...
Details
  • Lower frictional losses improve motor efficiency
  • Extended bearing service life
  • High temperature capability (>650°F)
  • Operates in oil process fluid or contaminated lubricants

3M™ Hydrodynamic Thrust Bearings are designed for demanding electrical submersible pumps (ESPs). The bearing faces are separated by a fluid film, which minimizes wear and significantly decreases bearing frictional losses.

Minimizing Wear and Frictional Losses
In electrical submersible pumps, thrust bearings are exposed to a number of challenging downhole conditions, including high shock loads, misalignment and abrasive lubrication. 3M™ Hydrodynamic Thrust Bearings are designed to minimize wear and frictional losses.

High Strength for Improved Performance
3M hydrodynamic thrust bearings are made from 3M™ Silicon Carbide, a high-strength technical ceramic with excellent resistance to high temperatures, corrosion and abrasion. The intrinsic strength of this material, coupled with patented spring mount technology, delivers outstanding shock absorption and high load capacity.

In addition, 3M technologies maximize load capacity by allowing pads to both tilt at an optimal angle and flex axially, equally distributing thrust load among pads.

The Power of Ceramics
Silicon carbide’s high abrasion resistance allows manufacturers to design process lubricated systems where environmental concerns restrict the use of lubrication. This same capability – when used in oil lubricated applications – increases equipment reliability in the event of seal failure.

Advantages over Conventional Polymer and Metal Bearing Packs

  • High shock and wear resistance
  • Higher load capacity
  • Extended bearing service life
  • Misalignment handling

Follow Us
The brands listed above are trademarks of 3M.
Change Location
United States - English