News

How does a punch-free telescopic rod ensure stability during use without punching holes?

Publish Time: 2024-11-29
The punch-free telescopic rod can ensure stability during use without punching holes. The following design and usage tips are used to ensure stability:

Spring design: Punch-free telescopic rods usually adopt spring design, which enables the rod to automatically adapt to the width of the wall. After installation, it can fit the wall firmly without shaking or falling off easily. The elasticity and restoring force of the spring help maintain the stability of the rod.

The role of the rubber part: The rubber parts at both ends of the telescopic rod play a key role in the fixing process. These rubber parts can increase the friction between the wall, thereby providing a better grip and preventing the rod from sliding. However, if the rubber part becomes loose due to long-term use, it may affect stability. At this time, it is necessary to check and tighten or replace the rubber part in time.

Choose a suitable installation location: When installing a punch-free telescopic rod, it is very important to choose a stable, flat wall without cracks. The flatness and texture of the wall directly affect the stability of the telescopic rod. For example, tiled walls may be smooth and require additional measures (such as using strong glue) to increase adhesion.

Weight-bearing capacity considerations: Different punch-free telescopic rods have different weight-bearing capacities. It is very important to understand and confirm the maximum weight-bearing capacity of the rod before purchasing. Avoiding overloading can effectively prevent the rod from falling due to being unable to bear the weight.

Additional fixings: To further enhance stability, you can consider purchasing additional fixings, such as buckles or safety buckles. These devices can provide additional fixing force to ensure that the telescopic rod is more stable during use.

In summary, the punch-free telescopic rod ensures stability during use through its spring design, the friction of the rubber part, the selection of a suitable installation location, the reasonable consideration of weight-bearing capacity, and the use of additional fixings.
×

Contact Us

captcha