The Demand for Quality Bearing on the Rise Now
Summary: Not infrequently we hear of apparently simple objects, which have the purpose of favoring the functioning of more or less complex mechanical devices. This huge list of almost invisible objects.
The bearing is a mechanical device that uses balls to reduce the friction between two objects in rotary or linear movement between them. the outer ring of the bearing must be inserted in the seat obtained in the bearing structure of the machine; in the inner ring the rotating shaft must be inserted. The TIMKEN 22213CJ bearing is the best option there.
The rotation of the balls from the 22213CJ TIMKEN bearing supplier allows the rotation of the inner ring, leaving the outer ring in its seat instead of the ball bearing we use a bushing the friction generated by the pin that rotates in the bush is called sliding friction, while in the ball bearing friction is of the rolling type: the balls that rotate inside a bearing have a surface of reduced contact compared to a bushing allowing to reduce the friction and the heat generated by the motion.
The bearings are small hollow cylindrical bodies, which can be composed of materials that are sometimes different. The purpose of these devices is to favor the mechanics of two bodies otherwise subject to friction, or to the force that originates when two objects move in sync to allow rotary, linear or translational movements.
To get you immediately a practical example, the bearings are installed on the axle connected to the wheels of the cars, in this case they have the task of favoring the rotation of the wheels minimizing friction. This would damage the axle and the wheel mechanism. Despite the fact that today technologies have made them more and more efficient, in reality the concept of anti-friction bearing is centuries old.
The 22213CJ TIMKEN original bearing, as we know it, was developed towards the end of the 19th century. Initially it was made by hand.
When choosing a bearing for an application you want to make sure you get the level of performance and strength required, at the lowest possible cost.
Some key factors must be considered when defining the specifications for a given application. To simplify the evaluation of these factors, you can use our recommended selection procedure, as well as information and support examples.
In this section you can find:
· general knowledge of bearings , including:
· general information that you should know about rolling bearings
· information to identify and determine bearing tolerances
Bearing selection procedure, which is our simple guide with clearly defined and defined phases, to help you analyze your application and determine the bearing solution that best suits your needs
· Practical examples, which show the procedure for selecting bearings applied to various machines and applications.
· All types of bearings are characterized by specific properties that make them more or less suitable for different applications.