Product Description
Mashi Industries supply high quality full complement bearing. It was a customized bearing. Inquiry us for any full complement ball bearings of any application, you will get a good service and affordable price.
The existing bearings generally include a bearing inner ring, a bearing outer ring, balls and a cage. When the bearing is processed, the inner ring and the outer ring of the bearing are now tangentially arranged, and then balls is placed between the inner ring of the bearing and the outer ring of the bearing. Then move the center of the inner ring of the bearing to coincide with the center of the outer ring of the bearing. During this process, the balls is loaded between the inner ring of the bearing and the outer ring of the bearing. Due to such processing, the ball cannot fill the entire outer ring of the bearing and the bearing. In the gap between the rings, if the balls move to one side at the same time, the inner ring of the bearing and the outer ring of the bearing may be detached, which may cause danger. Therefore, the balls are dispersed and the ball is dispersed by the cage. The bearing processed only in this way has the following disadvantages:
1. The bearing inner ring and the bearing outer ring are not filled with balls, so the bearing capacity of the bearing is small;
2. Since the ball and the cage are in surface contact, Therefore, the frictional surface between the cage and the ball is large, and the wear between the ball and the cage is severe, so that the overall life of the bearing is short.
In order to improve the bearing capacity of the bearing and reduce the wear of the ball to extend the service life of the bearing, the full complement bearing is designed. The full complement bearing has a ball gap on one side. Because of the cageless structure design, it can load more balls than the standard structure bearing, thus improving the load capacity and avoiding the limitation of the cage material. The disadvantage of cageless bearings is that they are not suitable for higher speeds because there are no retainers.
The full complement bearing has a ball gap on one side and adopts a cage-free design. It can load more balls than the standard structure bearing, thus improving its load capacity. In addition, it can avoid the limitation of the cage material. Because there is no retainer, this series of bearings is not suitable for high speed. When installing, care should be taken to install the notched surface on the end that does not bear the axial load. The inner and outer rings of the bearing have a ball gap, which is not suitable for large axial load occasions. According to the customer's requirements and application, we can also provide full ball bearings of various structural specifications (such as full ball bearings with outer ring cracking without ball gap)
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