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1、 Definition and principle of tensioner and tensioner

Tensioners and tensioners are two common fastening components of mechanical transmission systems. Tensioner is the use of mechanical principles to generate tension on the bolt itself, thereby achieving the purpose of tightening. Tensioners use tension to tighten belts, chains, or pulleys, creating a tight connection between the wheel sets to prevent loosening or sliding.

2、 Scope of application

Tensioners are generally suitable for fixing bolts, such as fastening for installing car bodies or machines. Tensioners are suitable for transmission components, such as long-distance transmission or situations that require variable speed.

3、 Advantages and disadvantages

The advantage of a tensioner is that it automatically adjusts the tightness. When the temperature or load changes, the bolt will automatically adjust the tightness to prevent loosening or vibration; The disadvantage is that it only applies to fixed fasteners and cannot be adjusted. The advantage of a tensioner is that it can adjust the tension and is suitable for variable speed and long-distance transmission; The disadvantage is that it requires manual adjustment and cannot automatically adjust the tightness.

4、 The difference between tensioner and tensioner

The main difference between a tensioner and a tensioner lies in their scope of application and adjustment method. Tensioners are suitable for fasteners that do not require adjusting the tightness, and can only automatically adjust the tightness without manual adjustment. Tensioners are suitable for transmission components that require tension adjustment and require manual adjustment.

In summary, although both tensioners and tensioners can achieve the purpose of fastening, their different application ranges and adjustment methods result in differences in their application in mechanical transmission systems.