Skip to content 
Table of Contents
Categories
-
Adapter Sleeves (9)
-
Ball Bearings (11)
-
Ball Screw Bearings (2)
-
Ceramic Bearings (27)
-
Pillow Block Bearings (4)
-
Plain Bearings (32)
-
Roller Bearings (12)
-
Slewing Bearings (43)
-
Sliding Block (3)
-
Stainless Steel Bearings (27)
-
Super Precision Bearings (6)
-
Thin Section Bearings (9)
-
Track Rollers (4)
-
Universal Joints (1)
Angular Contact Ball Bearings VS Other Bearing types: A Comparison Of Advantages
Bearings play a vital role in mechanical transmissions, and among the many bearing types, angular contact ball bearings stand out for their unique design and performance advantages. In this article, we will take a closer look at how angular contact ball bearings compare with other bearing types to reveal their superiority in various aspects.
1. Comparison Of Design Structures
- Balls: Angular contact ball bearings use spherical balls that are distributed between the inner and outer rings. The small diameter of these balls allows the bearing to rotate at high speeds with less friction and heat generation.
- Contact Angle: The unique feature of these bearings is the contact angle between the inner and outer rings. The contact angle is designed to allow the bearing to withstand both radial and axial loads, providing greater flexibility.
- Inner and outer ring fit: The inner and outer rings are carefully fitted to ensure even distribution of loads in different directions, improving the overall stability of the bearing.
Design structure of other bearing types
- Deep groove ball bearings: These bearings have a simple design structure, mainly consisting of inner and outer rings and a set of spherical balls. They are suitable for applications where radial loads are predominantly applied.
- Needle roller bearings: Needle roller bearings are designed with long, thin needles and are suitable for high loads and limited space. They are mainly used to withstand large radial loads.
Comparative Advantages
- Versatility: Angular contact ball bearings are able to withstand both radial and axial loads due to the versatility of their design, making them suitable for a wider range of applications.
- High speed performance: Angular contact ball bearings perform well at high speeds, and their design reduces friction, which helps to minimise heat generation.
- Accuracy requirements: Due to their design construction, angular contact ball bearings generally have higher accuracy and are suitable for applications where accuracy is critical, such as machine tools.
2.Load Capacity Comparison
Load capacity of angular contact ball bearings
- Radial loads: Angular contact ball bearings are uniquely designed to withstand both radial and axial loads. They are relatively good at withstanding radial loads, especially in applications where high precision is required.
- Axial loads: Due to the designed contact angle, angular contact ball bearings excel when subjected to axial loads. This makes it widely used in applications requiring high load carrying capacity and rigidity.
Load capacity of other bearing types
- Deep groove ball bearings: Mainly used to withstand radial loads, for axial load capacity is weak. They perform well in some applications with high radial loads.
- Needle roller bearings: Needle roller bearings are suitable for high loads and limited space environments due to their long and thin needle roller design. They have some advantages in withstanding large radial loads.
Comparative advantages
- Multi-directional load: Angular contact ball bearings have an advantage in the ability to withstand multi-directional loads and are suitable for industrial scenarios that require comprehensive performance.
- High rigidity: Angular contact ball bearings have high rigidity due to their structural characteristics, which can maintain small deformation under high loads and ensure the stability of the system.
- All-round applicability: Due to its all-round load bearing capacity, angular contact ball bearings are widely used in machine tools, aerospace and other fields that have high requirements for load capacity.
3.High Speed Performance Comparison
High speed performance of angular contact ball bearings
- Ball design: Angular contact ball bearings use spherical balls, which are distributed between the inner and outer rings. Spherical ball has less inertia than other shapes of ball, which helps to reduce friction and heat generation.
- Contact Angle: The designed contact angle helps to reduce the sliding friction between the balls and the inner and outer rings, which improves the rotational efficiency of the bearing and is suitable for high speed operation.
- Lubrication system: Angular contact ball bearings are usually designed with efficient lubrication system to ensure that they can reduce friction and temperature rise at high speed.
High speed performance of other bearing types
- Deep groove ball bearings: can be adapted to high-speed operation under general conditions, but due to its large spherical ball, the friction is relatively large.
- Needle roller bearings: Because the needle rollers are relatively long and thin, their performance at high speeds is relatively good, and they are suitable for some high-speed and high load scenarios.
Comparative Advantages
- Reduced friction: Angular contact ball bearings are able to reduce friction at high speeds through their design advantages, improving overall efficiency.
- Reduced heat generation: Due to the superiority of its design structure, angular contact ball bearings generate relatively low heat at high speeds, which helps to maintain the stability of the system.
- Wide adaptability: Angular contact ball bearings are able to withstand multi-directional loads while adapting to high speeds due to the versatility of their design.
4.Areas of application
- Machine tool field: Due to its high rigidity and multi-directional load bearing capacity, angular contact ball bearings are widely used in CNC machine tools, grinding machines and other high-precision equipment.
- Aerospace field: In the field of aircraft, missiles, etc., under the requirements of high speed and high load, angular contact ball bearings perform well and ensure the stable operation of equipment.
- Automotive industry: in the automobile wheel hub, transmission system and other parts, angular contact ball bearings are widely used because of its adaptability to high-speed operation and load characteristics.
Other types of bearings in the field of application
- Deep groove ball bearings: Suitable for general industrial equipment, household appliances and other fields, for the less demanding scene has a wide range of applications.
- Needle roller bearings: excellent performance in high load, limited space environment, commonly used in construction machinery, heavy machinery and other fields.
Comparative advantages
- High Precision Requirements: Angular contact ball bearings are particularly suited to machine tools and aerospace applications where high precision is required due to the high precision of their design.
- Omni-directional loading: The multi-directional load carrying capacity of angular contact ball bearings makes them excellent in scenarios where omni-directional loading is required.
- Speed and Rigidity: Angular contact ball bearings offer significant advantages due to their design features in situations where speed and rigidity are critical.
In summary, angular contact ball bearings excel in high speed performance and areas of application. The superiority of their design makes them the first choice for machine tools, aerospace and other areas where precision and speed are critical. Compared to other bearing types, angular contact ball bearings offer significant advantages in terms of all-round load, speed and rigidity. When selecting bearings, full consideration should be given to the operating environment and performance requirements of the equipment to ensure that the bearings selected can best meet the application requirements and ensure reliable operation and long life.
References
1. Some information about”angular contact ball bearing” from BSPDbearing ;
2. “Angular contact ball bearing” from SKF Bearings.
Share the Post:
