Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

The UC series bearings refer to standardized, widely-used pillow block ball bearing units with adapter sleeves. At their core is a deep groove ball bearing featuring a spherical outer diameter (SPB) designed to fit into the matching spherical bore of a cast iron housing. Adhering to metric dimensions, this series is specifically engineered for industrial applications demanding high load capacity, straightforward installation, and dependable performance.

The UC series bearings refer to standardized, widely-used pillow block ball bearing units with adapter sleeves. At their core is a deep groove ball bearing featuring a spherical outer diameter (SPB) designed to fit into the matching spherical bore of a cast iron housing. Adhering to metric dimensions, this series is specifically engineered for industrial applications demanding high load capacity, straightforward installation, and dependable performance.

The UC series bearings refer to standardized, widely-used pillow block ball bearing units with adapter sleeves. At their core is a deep groove ball bearing featuring a spherical outer diameter (SPB) designed to fit into the matching spherical bore of a cast iron housing. Adhering to metric dimensions, this series is specifically engineered for industrial applications demanding high load capacity, straightforward installation, and dependable performance.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

The UC series bearings refer to standardized, widely-used pillow block ball bearing units with adapter sleeves. At their core is a deep groove ball bearing featuring a spherical outer diameter (SPB) designed to fit into the matching spherical bore of a cast iron housing. Adhering to metric dimensions, this series is specifically engineered for industrial applications demanding high load capacity, straightforward installation, and dependable performance.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.

Double row angular contact ball bearings are a specialized type of rolling bearing characterized by having two rows of steel balls arranged between the inner and outer ring raceways, with the raceways offset relative to each other along the bearing axis. This design causes the contact line between the balls and raceways to form an angle (Contact Angle) with the radial plane of the bearing. The existence of this contact angle is key to enabling these bearings to simultaneously support radial and axial loads. Compared to single row angular contact ball bearings, the double row design offers significantly higher load-carrying capacity (especially axial loads) and rigidity.