Onepiece tapered roller bearing for automotive differentials. Model 32212JR 7512E, sized 60 x 110 x 29.75 mm (bore x outer diameter x width). Designed to provide reliable support for differential rotary movement with clear compatibility for applications that require these specifications. This bearing is intended for replacement, rebuilds, and resale where a 60x110x29.75 mm tapered roller bearing is specified. Key benefits load capacity for both radial and axial forces, helping to maintain gear alignment under demanding driving conditions. Precision machined, promoting smooth rotation and longer service life in differential assemblies. Suitable replacement option to restore performance, reduce operating noise, and fix differential wear. Simple, straightforward installation when matched to the correct fitment and torque specifications. Key attributes Type: Tapered Roller Bearing Models: 32212JR and 7512E Application: Automotive differential Size: 60 mm bore, 110 mm outer diameter, 29.75 mm width Quantity: 1 piece Material: not specified in listing Fitment: intended for automotive differential use requiring 60x110x29.75 mm tapered roller bearings; verify compatibility with your vehicle model Notes on use and compatibility Confirm that your vehicle or differential assembly requires a 60x110x29.75 mm tapered roller bearing with the 32212JR/7512E configuration. Follow OEM service guidelines for installation, including correct preload, clearance, and seating procedures. If replacing existing bearings, inspect adjacent components ( races, seals, and races) for wear and as needed to ensure proper operation. Use cases Differential bearing replacement on passenger cars or light trucks that specify a 60x110x29.75 mm tapered bearing to restore smooth operation and reduce play. Differential rebuild or refresh where bearings are part of restoring correct gear alignment and reducing noise. Stocking in an auto as a readytouse spare for repairs requiring 60x110x29.75 mm tapered roller bearings. Installation considerations Use appropriate tools and follow torque and preload specifications from the vehicle service manual. Inspect related components for wear and seals or cages if to maintain bearing performance.