What Is Deep Groove Ball Bearing

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The deep groove ball bearing is rolling-element bearings made up of an outer and inner rings, steel balls, and various retaining structures.

Bearings are widely utilized in both industrial and household settings. Available both single row and double row designs, depending on your application and needs they can either be open or shielded depending on what’s best suited.

Basic structure

Deep groove ball bearings feature a simple structure that makes production easy with high precision. Their low production cost and wide application range have led them to become one of the world’s most widely-used rolling bearings.

These bearings feature low friction coefficient, high limit speed and simple structure – and come in various sizes and configurations to meet any need. Plus, they’re highly durable without needing regular maintenance!

These bearings are capable of handling both radial and composite loads, making them suitable for high-speed equipment such as digital video recorders. Furthermore, these bearings may even replace thrust ball bearings in some applications.

SKF manufactures deep groove ball bearings in various shapes, variants, and sizes to meet customer demand. Ceramic-coated versions provide extra protection from electric pitting while high temperature units can withstand temperatures as high as 660 degrees F.


Deep groove ball bearings are an incredibly popular type of rolling bearing used for many applications, offering numerous designs, sizes, and load capacities to meet your needs.

Replace traditional bearings in machines easily and cost-effectively, improving longevity and efficiency of projects. They offer several advantages over other forms of ball bearings such as low friction and fast rotational speeds scoopkeeda.

These bearings are most often constructed out of stainless steel, though other materials can also be used. Available as single row and double row bearings with or without seals/shields installed for protection, they come in single or double row versions for versatility in application.

These bearings are typically designed to support radial loads, though they can accommodate combined radial and axial loads under higher rotational speeds when thrust ball bearings may not be the appropriate choice. Furthermore, they feature low friction coefficient and quick limit speed compared with other ball bearings; however, they should not be subjected to heavy loads or impact loads.


Deep groove ball bearings are an increasingly popular form of rolling bearing. Constructed from steel or other hard materials, these bearings can handle both radial and thrust loads with ease.

These bearings are widely utilized across a range of applications, from motors and pumps to washing machines, dishwashers, vacuum cleaners and computer fans.

Deep groove ball bearings come in various sizes and designs, so it is crucial that you select one suitable to your load, speed, environment and intended application. A sealed or shielded version may be ideal in most circumstances.


Deep groove ball bearings boast an exceptionally large load-carrying capacity and are widely utilized across numerous machinery industries. Their large load bearing capacity allows them to support radial and axial loads with ease while needing less maintenance than other forms of bearings.

These components are characterized by small friction coefficients and high limiting speeds. Furthermore, their simple structures, low manufacturing costs and precision are hallmarks of quality production.

Deep groove ball bearings usually consist of several rings interspersed with balls, each featuring its own continuous groove raceway.

Deep groove ball bearings offer superior performance over other bearing types in terms of friction coefficient and limit speed, and can bear certain axial loads while offering limited radial clearance clearance.

Deep groove ball bearings come in various dimensional ranges and forms, which makes them suitable for multiple uses. Common applications for deep groove ball bearings include precision instruments, quiet noise motors, automobiles, motorcycles, and general machinery.