51112 51113 51114 51115 51116 51117 Thrust Ball Bearing

Thrust ball bearing is a type of rolling bearing specifically designed to withstand axial loads (in the direction parallel to the axis). It consists of a disc-shaped housing with ball grooves and is divided into two types: the flat base seat type and the self-aligning spherical seat type. It is composed of the shaft ring, seat ring, steel balls, and cage, and is designed in a separate structure. It can withstand either single or double axial loads, but cannot withstand radial loads. The groove of the raceway is in a spherical shape, and the axial positioning is achieved by the rolling of the rolling elements (steel balls) within the groove.

51118 51119 51120 51122 51124 51126 Thrust Ball Bearing

Thrust ball bearing is a type of rolling bearing specifically designed to withstand axial loads (in the direction parallel to the axis). It consists of a disc-shaped housing with ball grooves and is divided into two types: the flat base seat type and the self-aligning spherical seat type. It is composed of the shaft ring, seat ring, steel balls, and cage, and is designed in a separate structure. It can withstand either single or double axial loads, but cannot withstand radial loads. The groove of the raceway is in a spherical shape, and the axial positioning is achieved by the rolling of the rolling elements (steel balls) within the groove.

6420 6422 6426 6430 Deep Groove Ball Bearing

Deep groove ball bearing generally consists a pair of rings, a set of cage, a set of steel balls. Its simple structure and easy usability make itself as the most common and most widely used type of bearings. This kind of bearings    is mainly used to bear radial load, moreover, it also could withstand a certain amount of axial load. When increasing the radial clearance of bearing, this kind of bearing has properties of angle contact ball bearing to bear a large axial load within a certain range. After assembled on shaft, the deep groove ball bearing can make the axial displacement limit of the shaft or shell with in the bearings axial range.

6416 6417 6418 6419 Deep Groove Ball Bearing

Deep groove ball bearing generally consists a pair of rings, a set of cage, a set of steel balls. Its simple structure and easy usability make itself as the most common and most widely used type of bearings. This kind of bearings    is mainly used to bear radial load, moreover, it also could withstand a certain amount of axial load. When increasing the radial clearance of bearing, this kind of bearing has properties of angle contact ball bearing to bear a large axial load within a certain range. After assembled on shaft, the deep groove ball bearing can make the axial displacement limit of the shaft or shell with in the bearings axial range.

6412 6413 6414 6415 Deep Groove Ball Bearing

Deep groove ball bearing generally consists a pair of rings, a set of cage, a set of steel balls. Its simple structure and easy usability make itself as the most common and most widely used type of bearings. This kind of bearings    is mainly used to bear radial load, moreover, it also could withstand a certain amount of axial load. When increasing the radial clearance of bearing, this kind of bearing has properties of angle contact ball bearing to bear a large axial load within a certain range. After assembled on shaft, the deep groove ball bearing can make the axial displacement limit of the shaft or shell with in the bearings axial range.

6408 6409 6410 6411 Deep Groove Ball Bearing

Deep groove ball bearing generally consists a pair of rings, a set of cage, a set of steel balls. Its simple structure and easy usability make itself as the most common and most widely used type of bearings. This kind of bearings    is mainly used to bear radial load, moreover, it also could withstand a certain amount of axial load. When increasing the radial clearance of bearing, this kind of bearing has properties of angle contact ball bearing to bear a large axial load within a certain range. After assembled on shaft, the deep groove ball bearing can make the axial displacement limit of the shaft or shell with in the bearings axial range.

6403 6404 6405 6406 6407 Deep Groove Ball Bearing

Deep groove ball bearing generally consists a pair of rings, a set of cage, a set of steel balls. Its simple structure and easy usability make itself as the most common and most widely used type of bearings. This kind of bearings    is mainly used to bear radial load, moreover, it also could withstand a certain amount of axial load. When increasing the radial clearance of bearing, this kind of bearing has properties of angle contact ball bearing to bear a large axial load within a certain range. After assembled on shaft, the deep groove ball bearing can make the axial displacement limit of the shaft or shell with in the bearings axial range.

7006 7007 7008 7009 7010 7011 Angular Contact Ball bearing

Angular contact ball bearings are a type of rolling bearing that can simultaneously bear both radial and axial loads. Their core design involves the relative displacement of the balls and the inner and outer raceways along the horizontal axis, thereby balancing the combined radial and axial loads. The larger the contact angle (such as 15°), the stronger the axial load-bearing capacity, and they are suitable for high-precision and high-speed operating conditions. They usually need to be installed in pairs (such as back-to-back or face-to-face configuration) to balance the axial loads and avoid additional stresses.

7012 7013 7014 7015 7016 7017 Angular Contact Ball bearing

Angular contact ball bearings are a type of rolling bearing that can simultaneously bear both radial and axial loads. Their core design involves the relative displacement of the balls and the inner and outer raceways along the horizontal axis, thereby balancing the combined radial and axial loads. The larger the contact angle (such as 15°), the stronger the axial load-bearing capacity, and they are suitable for high-precision and high-speed operating conditions. They usually need to be installed in pairs (such as back-to-back or face-to-face configuration) to balance the axial loads and avoid additional stresses.
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