KBC bearings KBC bearings

KBC Bearings


       

KBC Bearings

kbc bearings

KBC bearings are now produced by FAG Hanwha Bearings Corp. Since 1953 they have been manufacturing
top quality ball and tapered roller bearings under the KBC brand. KBC bearings are designed to be smooth and
quiet. KEB bearings are especially appropriate high performance, minimum vibration and ultra high speed. KBC
bearings are used in electric motors, transmissions, household appliances, automobile, motorcycles and
agricultural machinery.
Ball Bearings

KBC Bearings

KBC bearings are also used in electronics, industrial machinery, and sports equipment. KBC super precision
deep groove ball bearings are designed to achieve smooth quiet running. KBC bearings are perfect for
applications with high demands for quiet running, minimum vibration, and ultra high speed.

kbc bearings

KBC Deep Groove Bearings

KBC tapered roller bearing comprises an inner ring with two lips, a lipless outer ring and a
complement of rollers in the truncated cones. Due to the inclined position of the
tapered rollers, the contact lines between rollers and raceways intersect at a common
 point on the axis of the bearing. A cage retains the set of rollers and the inner
ring as a unit. The outer ring can be withdrawn. Generally, tapered roller bearings
are provided with a one piece pressed sheet steel cage.

KBC Bearings

The range of the tapered roller bearing applications covers mainly mechanical engineering,
vehicle manufacture, and machine tool production. Their main characteristics are their
high radial and axial load carrying capacity and their separability.

kbc bearings

KBC Tapered Roller Bearing


The rings can be fitted separately and so adjusted that optimum clearance or preload
for each individual application is achieved.

kbc bearings

KBC Spindle Bearings

KBC spindle bearings are single row angular contact ball bearings of the highest precision.
Advantages offered by the special design features of the contact angle, cage and i
nternal geometry are higher rigidity, optimum rotational accuracy.
excellent speedability and low vibration output