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51128 51130 51132 51134 51136 51138 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.
51140 51144 51148 51152 51156 51160 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.
51164 51168 51172 51180 51184 59188 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.
51192 51196 511/500 591/600 511/530 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.
5691/500 5691/600 511/670 5691/750 591/750 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.
51200 51201 51203 51204 51205 51202 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.
51206 51207 51208 51209 51210 51211 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.
51212 51213 51214 51215 51216 51217 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.
51218 51220 51222 51224 51226 51228 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.
Tel:+86-18963555666
WhatsApp：+8618963555666
E-mail: kari@korobearing.com
Add: No. 2008 Xinluo Street, Shunhua Road Street, High tech Zone, Jinan,Shandong,China
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