FAG 7213-B-XL-TVP 1 Row Angular Contact Ball Bearing - 65 mm ID, 120 mm OD 23 mm Race Width

The FAG Angular Contact Ball Bearing is designed with precision engineering to ensure exceptional performance and longevity in demanding applications. Featuring a single row and the advanced X life design variant, this bearing delivers superior load ratings and enhanced durability. It is equipped with a plastic cage made of glass fibre reinforced polyamide, providing effective lubrication retention and reducing the need for maintenance. Ideal for high speed applications, this bearing can operate efficiently under varying loads and temperatures, making it a versatile choice for industrial and commercial use.

The FAG Angular Contact Ball Bearing is designed with precision engineering to ensure exceptional performance and longevity in demanding applications. Featuring a single row and the advanced X life design variant, this bearing delivers superior load ratings and enhanced durability. It is equipped with a plastic cage made of glass fibre reinforced polyamide, providing effective lubrication retention and reducing the need for maintenance. Ideal for high speed applications, this bearing can operate efficiently under varying loads and temperatures, making it a versatile choice for industrial and commercial use.

Glass fibre reinforced plastic cage optimises lubrication for sustained performanceRadial and axial load capabilities cater to diverse operational needsOperates effectively within a wide temperature range enhancing versatilityExcellent stability under high speeds promotes efficient machinery function

Glass fibre reinforced plastic cage optimises lubrication for sustained performance

Radial and axial load capabilities cater to diverse operational needs

Radial and axial load capabilities cater to diverse operational needs

Operates effectively within a wide temperature range enhancing versatility

Operates effectively within a wide temperature range enhancing versatility

Excellent stability under high speeds promotes efficient machinery function

Excellent stability under high speeds promotes efficient machinery function