Can plastic corner protectors prevent belts from applying concentrated pressure at specific points, causing damage or wear?

Plastic corner protectors can effectively prevent belts from applying excessive pressure at specific points during transportation and storage, causing damage or wear to the cargo. Typically, when using belts to tie cargo, the pressure of the straps will be concentrated near the contact points, especially at the sharp edges or corners of the cargo. These pressure concentration points can easily cause the belt to apply local excessive pressure to the cargo, which may cause damage to the cargo surface or accelerate belt wear.
Using plastic corner protectors can effectively alleviate this problem. Plastic corner protectors are usually made of soft but durable high-density polyethylene, and they are designed to fit around the edges and corners of the cargo. When the belt applies pressure, the softness and elasticity of the corner protector enable it to disperse and evenly distribute this pressure, rather than concentrating it on a few points. This effect of dispersing pressure not only protects the cargo surface from excessive pressure, but also reduces the damage or wear that may be caused by it. In addition, the corner protector can also provide a buffer layer between the cargo surface and the belt, helping to reduce friction and wear caused by direct contact, thereby extending the service life of the belt.
In short, plastic corner protectors effectively protect the integrity and durability of goods during transportation and storage by reducing the concentration of pressure points, which is very beneficial for maintaining the quality of goods and reducing losses during transportation.