SKF/Global Datasheets for Radial Ball Bearings

Radial ball bearings are friction reduction, rotation devices that carry loads radially around its axis. A subtype of ball bearings, they operate through the use of lubricated steel balls placed between two circular guides. They are frequently called deep-groove bearings.
Radial Ball Bearings: Learn more

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Product Name Notes
Deep groove ball bearings with a snap ring groove can simplify arrangement design as the bearings can be axially located in the housing by a snap (or retaining) ring (fig).
For easy, space saving axial location of the bearing in the housing, SKF deep groove ball bearings with filling slots are available with a snap ring groove in the outer...
Rolling bearings in electric motors, generators or associated equipment are at risk from the passage of electric current, which can damage the surfaces of rolling elements and raceways in the...
Single row deep groove ball bearings (fig) are particularly versatile. They are simple in design, non-separable, suitable for high and even very high speeds and are robust in operation, requiring...
Single row deep groove ball bearings with filling slots have a filling slot in both the inner and outer ring (fig) enabling more and larger balls to be incorporated than...
Single-row radial deep groove bearing can carry significant radial loads, and, because of the uninterrupted raceway grooves and the high degree of conformity between balls and raceways, it can carry...
SKF deep groove ball bearings for high as well low temperatures correspond in design to the appropriate standard single row deep groove ball bearings. They have no filling slots and...
SKF stainless steel deep groove ball bearings are resistant to corrosion from moisture and several other media. These single row deep groove ball bearings have the same deep raceway grooves...
The SKF standard range of hybrid bearings essentially comprises hybrid single row deep groove ball bearings (fig 1). The reason for it is clear: deep groove ball bearings are the...

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