The unique tactile quality of a fabric, or its 'hand feel,' is a crucial factor in consumer perception and a key differentiator in the textile market. Achieving specific and luxurious fabric textures requires a deep understanding of specialty chemical formulations. NINGBO INNO PHARMCHEM CO.,LTD. excels in this area, offering Sylic® Softener Flake 9004 as a prime example of a chemical engineered to perfect fabric feel.


Sylic® Softener Flake 9004 is a weak cationic textile finishing agent, masterfully crafted from aliphatic acid and amine components. This precise chemical composition allows it to impart an excellent soft and smooth hand feel to a diverse range of fabrics, including cotton, chemical fibers, and various blends. It goes beyond basic softening, contributing to a full, plump, and exquisitely elastic touch when used, ensuring the fabric not only feels good but drapes beautifully.


The efficacy of Sylic® Softener Flake 9004 lies in its ability to reduce the friction coefficient between individual fibers, creating a lubricated surface that feels gentle and luxurious. This makes it an ideal choice for finishing chemicals for soft hand feel textiles. Furthermore, its properties such as cold water soluble dilution, low yellowing, and AEEA-free nature highlight NINGBO INNO PHARMCHEM CO.,LTD.'s commitment to both superior performance and environmental responsibility. Manufacturers seeking to purchase specialty chemicals that deliver consistent and high-quality results can rely on our expertise.


Whether the goal is to enhance the softness of everyday cottons or to provide a premium finish to complex blended fabrics, Sylic® Softener Flake 9004 offers a dependable solution. NINGBO INNO PHARMCHEM CO.,LTD. continues to innovate in the field of textile auxiliaries, providing our partners with the tools to craft fabrics with desirable textures that resonate with consumers. Choosing Sylic® Softener Flake 9004 means investing in a specialized chemical solution that truly transforms the hand feel of your textile products, setting new industry benchmarks.