Why Should You Consider Using Angular Contact Ball Bearings in Your Application?

Angular Contact Ball Bearings

With the exceptional bearing design, functionality, and performance, you can ensure the effective operation of numerous precision machine tools and equipment. Using the right bearing unit is crucial for enhanced equipment productivity and a high level of precision and rigidity. The performance of a machine is significantly influenced by the type of bearing used to handle the task under extreme conditions.

There are a few applications that call for high structural rigidity and dynamic capacity, and such requirements can be satisfied using the right bearing and its variant. Angular contact ball bearings are extremely precise components designed to accommodate ever-increasing performance requirements.

The improved design iterations of an angular contact ball bearing help manage heavy loads while keeping a high level of stiffness. Many industrial applications prefer angular contact ball bearings for this reason. They can withstand combined axial and radial loads synchronously and transfer loads between raceways at a particular contact angle.

The contact angle of the bearing, which has a direct impact on its ability to handle axial loads, increases. There are numerous design variations available for these bearings. But the two common versions are:

• Single-row angular contact ball bearings

• Double-row angular contact ball bearings

Designed to have rings with a non-detachable upper and lower shoulder, single-row angular contact ball bearings help support one-directional axial loads. A double-row angular contact ball bearing has two single-row angular contact ball bearings placed back-to-back.

Distinguishable Features of Angular Contact Ball Bearings

Angular contact ball bearings are employed in a wide range of industrial applications because of their special qualities. Here are a few of them explained.

• Heavy-load-carrying capacity: The ring raceway is renowned for having a relatively high load-carrying capacity due to the placement of several balls in the lower shoulder. The shoulder’s capacity to support stresses can be increased by adding more balls.

• Excellent operational features: Rapid accelerations and decelerations are made possible by the special bearing design.

• Easily interchangeable: They are made to comply with international standards for internal class clearance and size and dimension. This makes the rolling components and ring washers easily interchangeable. Furthermore, there is no need to modify preload.

• Low vibration and noise: This bearing variant is highly reliable for machines like grinding machines and lathe spindles owing to its low vibration and noise levels.

Where Are Angular Contact Ball Bearings Primarily Used?

The bearing-arrangement issues can be best handled by using angular contact ball bearings. Owing to their ability to support heavy loads at high speeds and to provide excellent rigidity, they are useful in applications such as electric motors, modern pumping systems, material handling, lathe spindles, and compressors.

For the reasons given above, angular contact ball bearings are the best option for most of your applications.