Product catalog

Thin-walled deep groove ball bearings are a thin-walled, compact, easy-to-use bearing type suitable for applications with limited installation space or minimal size requirements.

The main features and uses of thin-walled deep groove ball bearings include:

Thin-walled structure: The outer and inner rings of thin-walled deep groove ball bearings are designed to be very thin, which makes the bearing look like a thin disc in appearance, hence the name thin-walled bearing. This thin-walled structure makes the bearing take up very limited space during installation, suitable for applications with limited installation space or minimal size requirements.

Wide range of applications: Thin-walled deep groove ball bearings are suitable for a variety of application fields, including aerospace, medical equipment, robotics, semiconductor manufacturing equipment, measuring instruments, communication equipment and industrial machinery. They can be used to support rotating parts, transfer loads, reduce friction and achieve high speed operation.

Load bearing capacity: Despite their small size, thin-walled deep groove ball bearings can withstand radial loads, axial loads, and combinations thereof. This makes them very practical in bearing applications, especially where lightweight designs are required.

High speed performance: Thin-walled deep groove ball bearings typically have good high-speed performance and can maintain stable operation at high speeds.

Low coefficient of friction: Due to their design, such bearings typically have a low coefficient of friction, which helps to reduce energy loss and heat generation, thus increasing efficiency.

Sealing and dust protection: Depending on the requirements of the specific application, thin-walled deep groove ball bearings can be equipped with sealing and dust protection devices to protect the bearing interior from external contamination and lubricating oil leakage.

Overall, thin-walled deep groove ball bearings are a versatile type of bearing suitable for a variety of applications with specific requirements, especially where lightweight design and high speed performance are required.