A Comprehensive Analysis of Hydrophilic Particle Applications: Unlocking New Paths for Hydrophilic Modification of Polymer Materials！

Hydrophilic water particles, as the core functional additive for hydrophilic modification of polymer materials, are refined with PE, PP, PET and other carriers, combined with special hydrophilic groups and dispersants. It has the advantages of easy addition, good compatibility and long-lasting hydrophilic effect. It can effectively improve the surface hydrophilicity of materials such as plastics and fibers, solve their pain points of hydrophobicity, easy static electricity generation and easy dust adhesion, and is widely used in multiple fields such as textiles, packaging, industry and medical care, providing core support for product performance upgrades.

The textile and non-woven fabric fields are the core application scenarios of hydrophilic water particles. In the production of synthetic fibers such as polyester and polypropylene, adding hydrophilic particles can produce hydrophilic fibers, which are used to make home textile and clothing items such as towels, bath towels and underwear, enhancing the moisture absorption and breathability of the fabric and avoiding the stuffy and sticky feeling when wearing. In the production of non-woven fabrics, hydrophilic non-woven fabrics are widely used in the inner layers of masks, wet wipes, and the surface layers of diapers, etc. Hydrophilic water particles can ensure that non-woven fabrics quickly absorb liquids, disperse evenly, and maintain good softness, meeting the usage requirements of hygiene products.

In the packaging and industrial fields, its adaptability advantages are prominent. In the packaging field, hydrophilic water particles can be used to produce food packaging films, cling films, etc., enhancing the hydrophilic and breathable properties of the films and extending the freshness period of food. In the production of express delivery bags and shopping bags, it can effectively eliminate the static electricity of materials and prevent the adsorption of dust or adhesion due to static electricity during transportation. In the industrial field, it is used for the production of filter materials, dust-proof cloths, etc. The hydrophilic property can enhance the adsorption efficiency of filter materials for liquids or moist dust. In the production of plastic pipes and sheets, it can improve the hydrophilicity of the material surface, facilitating subsequent processing procedures such as coating and printing.

In medical and public welfare scenarios, its application value continues to expand. In the medical field, hydrophilic water particles can be used to produce the inner layer of medical protective clothing, medical gauze, liquid tubes, etc., to enhance the hydrophilic liquid absorption performance and biocompatibility of the products and ensure the safety of medical use. In the field of people's livelihood, it can be used to produce hydrophilic plastic toys, bathroom products, etc., eliminate static electricity on the product surface, reduce dust adhesion, and enhance the user experience. With the upgrading of industry demands, hydrophilic water particles have evolved into specialized products such as long-lasting and high-temperature resistant types, further expanding their application boundaries in special scenarios like high-end textiles and precision medical care.