Internal tooth locking washer working principle industry solutions

The internal gear lock washer is a standard fastener used in mechanical equipment. Its working principle is to realize the fastening and fixing of parts through the internal gear structure. Under normal operating conditions, the internal gear lock washer will maintain a tight state to prevent loosening and thread sliding and ensure the regular operation of mechanical equipment.

The working principle of an internal tooth-locking washer can be divided into two steps:

 Locking and unlocking: The first is the locking process. The internal gear structure will deform when the external spiral force acts on the internal toothlock washer. The gear on the internal tooth-locking washer moves outward and becomes embedded in the threads of the part. In this way, a solid connection is formed between the teeth of the gear and the threads of the part, allowing the part to be held firmly in place.

The unlocking process: When the external helical force decreases or disappears, the gear of the internal tooth lock washer will return to its original state. The gear will automatically move inward and disengage from the threads of the part. In this way, the part can be easily disassembled or adjusted.

The working principle of an internal tooth-locking washer is explained in detail:

1. The gear structure of internal tooth lock washers generally comprises multiple tooth plates connected by connectors. This structure can make the gear deformation range larger to adapt to different thread sizes.

2. The teeth of internal gear lock washers are usually set with oblique teeth, which can increase the friction between the teeth and the threads of the parts and improve the fastening effect.

3. The gear of the internal tooth lock washer is usually made of high hardness and good abrasion resistance to ensure that it will not be deformed or damaged for a long time.

4. The working principle of internal tooth-locking washers differs from that of external tooth-locking washers. The gear structure of the outer tooth lock washer moves inward and is embedded in the threads of the outer parts to realize fastening. The gear structure of the internal tooth lock washer moves outward and is embedded in the threads of the inner part to learn the tightening and locking effect.

Overall, the internal tooth lock washer realizes the fastening and fixing of mechanical parts through the internal gear structure. Its working principle is simple and effective and can ensure the safe operation of mechanical equipment. In practical application, you must select the appropriate internal gear lock washer according to the specific needs to provide the fastening effect and service life. At the same time, we need to pay attention to maintenance and timely replacement of damaged lock washers to ensure the regular operation of the equipment. By understanding the working principle of the internal tooth-locking washer, we can better understand its role and use and improve the efficiency and safety of mechanical equipment.

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