Get to Know the Innate Characteristics of Cylindrical Bearings and their Application
The use of bearings is indispensable in any applications in industry and among the various types of bearing variants, cylindrical bearings are extensively used in numerous heavy load applications. The suitableness of cylindrical roller bearings is predominantly due to their obtainability in different designs, dimensions, sizes, series, internal class clearance, and with a cage. Where cylindrical bearings, with a cage is used, they help handle heavy radial loads, as well as rapid accelerations at relatively moderate to high speeds. When in operation, the ring washers and rollers are in linear contact to have operational reliability.
Why Cylindrical Bearings Are the Better Choice and Offer Flexibility?
Cylindrical roller bearings are said to have high operational reliability owing to their better performance and longer service life, and this makes them highly sought-after components in different types of industrial sectors. Here are some reasons why they are a better choice for various applications.
Reduced Frictional Heat: Cylindrical rollers, with a logarithmic profile, allow equal dispersal of loads on the rolling surface. The “open integral flanges” helps reduce friction owing to an inward face, “inclined by a defined angle”. The surface finish on the raceway contact area and the flange design help create a lubricant film while the machine is in operation. This results in reducing the frictional heat during the time when the machine runs for a long time under extreme conditions.
Longer Service Life: Owing to the optimal rolling movements, cylindrical roller bearings ensure extended service life. This is caused by the hydrodynamic lubricant film formed on the rolling surface, which in turn offers high operational dependability and lower maintenance cost.
Reduced Stress Peaks: The use of cylindrical bearings, unlike a spherical ball bearing, in various applications is to manage heavy loads with less frictional heat. The rolling elements have logarithmic profile to accommodate misalignment and shaft deflection to minimize stress peaks.
Regularized Components: These bearings are recognized for international standards and therefore, they come in detachable parts to facilitate easy mounting and dismounting for interchangeability. With the components separable and built to have standard sizes and dimensions, you can easily replace the bearing components.
What Are the Benefits of Using Cylindrical Bearings in Industry?
Technological developments have helped improve the performance of cylindrical bearings. The international standards for sizes, series and dimensions have enabled easy use of these components in various industrial sectors.
The other merits of their use in applications are the improved design variants in cylindrical bearings have helped solve various problems. They carry great durability due to the phosphate-treated steel and the cage design. The outer and inner ring flanges come with improved designs to manage axial shaft displacement in multiple directions, which you find in a spherical plain bearing.
You can choose cylindrical bearings for any of the applications depending on the information given above.
