DEVA self-lubricating plain bearings

High-performance dry sliding bearing material: deva.metal® deva.metal® is a high-performance sliding bearing material. Manufactured using powder metallurgy, the deva.metal® system is based on four ...

The bronze-based alloys largely consist of a copper-tin mixture and graphite and/or molybdenum disulfide as a solid lubricant. Choose from a total of 39 alloys with us. If we can't find anything suitable, we are open to new developments.

The iron-based alloys largely consist of an iron, iron-copper or iron-nickel-copper mixture and graphite and/or molybdenum disulfide as a solid lubricant. Choose from a total of 13 alloys with us. If we can't find anything suitable, we ...

The stainless steel alloys largely consist of the austenitic steel 1.4404 and special solid lubricants or additives for adjusting the tribological properties.

The nickel-based alloys largely consist of a nickel, nickel-iron-copper or nickel-copper-iron mixture and graphite as a solid lubricant. Choose from a total of 6 alloys with us. If we can't find anything suitable, we are open to new developments.

... manufactured by Deva, and is a thin-walled self-lubricating plain bearing, which has a sliding layer that is utilized to the stainless steel back in a combined rolling/sintering ...

... thin-wall and self-lubricating bearing device for dangerous situations. It is suitable for high or dynamically loaded applications where grease is difficult and unreliable. The unit comprises ...

Self-lubricating composite sliding bearing material: deva.bm® deva.bm® is a metallic composite material consisting of a steel strip as a supporting backing and a sintered-on, self-lubricating ...

In the group of deva.bm® materials with a high graphite content, deva.bm® 392 is the typical standard material. It is characterized by a smooth sliding layer with running-in treatment (black) and stainless steel backing (1.4301).

In the group of deva.bm® materials with an increased graphite content, deva.bm® 372 is the typical standard material. It is characterized by a smooth sliding layer with running-in treatment (black) and stainless steel backing (1.4301).