Post-treatment of Industrial wipes

The post-treatment of industrial wipes is a critical step in the production process, which directly affects the final performance of the wipes, including durability, antistatic, hygroscopicity and antimicrobial properties. The main purpose of the post-treatment process is to enhance the functional properties of the wipes through further chemical or physical treatment, so that they can perform well in various industrial applications.
Antistatic treatment
Antistatic treatment is to prevent static electricity accumulation, thereby protecting sensitive equipment and electronic components. Common antistatic treatment methods include:
Coating technology: Antistatic coatings such as conductive polymers or antistatic agents are applied to the surface of the wipes. These coatings can reduce static electricity accumulation and ensure the safe application of wipes in static-sensitive environments.
Fiber modification: Modification of fibers by adding antistatic agents or conductive materials during the production process, which can effectively conduct electricity and thus reduce static electricity generation.
Antibacterial treatment
Antibacterial treatment is essential in fields such as food processing, medical or pharmaceutical. Antimicrobial treatment methods in post-treatment processes include:
Antimicrobial agent addition: Antimicrobial agents such as silver ions or copper ions are added during the production of cleaning cloths. These antimicrobial agents can inhibit bacterial growth and reduce the risk of cross-contamination.
Coating technology: Antimicrobial coating is applied to the surface of the cleaning cloth to form a protective layer to prevent the growth of bacteria and fungi.
Enhanced hygroscopicity
Enhanced hygroscopicity treatment helps improve the effectiveness of cleaning cloths in liquid cleaning applications. Common treatment methods include:
Surface treatment: The surface of the cleaning cloth is treated to increase its hygroscopicity. For example, physical or chemical treatment is used to make the surface of the cloth more hydrophilic.
Fiber modification: Adding hygroscopic materials, such as super absorbents, to the fiber can significantly increase the water absorption capacity of the cleaning cloth, making it suitable for liquid cleaning tasks.