Schrägkugellager

Schrägkugellager Alle Produkte

Four Point(General)

Four Point(General)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Double Row(General)

Double Row(General)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Single Row(General)

Single Row(General)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Thrust Ball Bearings Double Direction

Thrust Ball Bearings Double Direction

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Super Precison Thrust Ball Bearings

Super Precison Thrust Ball Bearings

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Super Precison With Ceramic Balls(Sealed)

Super Precison With Ceramic Balls(Sealed)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Super Precison With Ceramic Balls(Open)

Super Precison With Ceramic Balls(Open)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Super Precison With Steel Balls(Sealed)

Super Precison With Steel Balls(Sealed)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Super Precison With Steel Balls(Open)

Super Precison With Steel Balls(Open)

Angular contact ball bearings can bear both radial and axial loads. It work at a higher speed. The larger the angle, …

Schrägkugellager tragen sowohl radiale als auch axiale Belastungen durch asymmetrische Laufringe, die die sphärischen Wälzkörper des Lagers, auch Lagerkugeln genannt, in einem Winkel aufnehmen. Je größer der Winkel zwischen dem Lager und seiner Achse ist, desto größer ist die axiale Belastung, die das Lager tragen kann. Da die axiale Belastung proportional zur radialen Belastung ist, bedeutet eine größere axiale Belastbarkeit eine geringere radiale Belastbarkeit.

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