What are the functions of PVC dots in Industrial Wet Wipes with PVC dots?

PVC dots in Industrial Wet Wipes with PVC dots, as a raised structure of polyvinyl chloride (PVC) material, form small dots or strips on the surface of industrial wet wipes. This design is not simply decorative, but is intended to enhance the practicality and functionality of the wipes, especially when handling wiping and cleaning tasks in industrial environments. The introduction of PVC points gives the wipes multiple functions, giving them more advantages during operation.

One of the most significant effects of PVC dots is to increase the friction and grip between the wipe and the surface. These raised structures allow for better contact with the work surface, making it easier for the wipes to grab onto stains and debris and creating more friction during the cleaning process. This increased friction not only helps improve cleaning results, but also provides more reliable control, making it easier for users to maintain the stability of the wipe during operation and reducing the risk of slippage.

Secondly, the raised structure of the PVC dots provides additional control, allowing users to more precisely manipulate the position and movement of the wipes. This precise control is important when performing wiping and cleaning tasks, especially when working with complex or delicate surfaces. PVC dots can help users better grasp the wipes, thereby increasing work efficiency and ensuring the cleaning process is more accurate and efficient.

The PVC dots also improve the wipes’ abrasion resistance. They are designed to reduce wear and tear on the wipes during the wiping process, extending their lifespan. Especially when working with rough or porous surfaces, PVC dots can provide extra protection, reducing wear and damage to the wipes, ensuring their long-lasting and effective use.

The addition of PVC dots also helps enhance the cleaning effect of the wipes. These raised structures can better capture stains and debris, effectively removing dirt from the surface. They increase the surface area of the wipes in contact with the surface, improving cleaning effectiveness and making the cleaning process more thorough and efficient.