Aktiebolaget Skf

Thomas Heege

Helmut Hauck

Hubert Herbst

Sandra Kamm

Hans-Juergen Friedrich

Juergen Weiglein

Aurelien Ghilbert-Simon

Jens Bettenhausen

Christina Pfeuffer

Peter Lemper

Andreas Klopf

Michael Tschirschwitz

Björn Iwers

Jan KRÖGER

Ilim AGGÜL

A bearing support includes at least one sliding bearing defined by the bearing support and/or at least one rolling-element bearing having an outer raceway defined by the bearing support. The bearing support is formed from a fiber-plastic composite and includes an integrally formed sliding surface of the sliding bearing and/or an integrally formed raceway for rolling elements of the rolling-element bearing, and the fiber-plastic composite includes a matrix into which spatially oriented sliding fibers, for example, PTFE fibers, are embedded in a region of the sliding surface of the sliding bearing and/or a region of the raceway of the rolling-element bearing.

Bearing support composed of fiber-plastic composite

A roller bearing comprises an inner ring, an outer ring and an annular cage. The annular cage retains and guides at least one roller body. The annular cage comprises at least one pocket for retaining the roller body and at least one retaining rim disposed on one axial end of the pocket. The retaining rim extends at least in the radial direction relative to a main body of the cage.

Roller bearing and cage for a roller bearing

A bearing unit rotatably supports a shaft of a pressure generating device, such a boost pressure generating device of an internal combustion engine. The bearing unit includes at least a first rolling-element bearing and a second rolling-element bearing, each rolling-element bearing having an inner ring and an outer ring. An annular space is defined between the respective inner and outer rings and rolling elements are disposed in the annular space. At least one volume element is disposed in the annular space and at least partially fills the annular space in an axial area.

Bearing unit of a shaft of a pressure generating device

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Schweinfurt, Germany

Thomas Heege