The drive towards sustainability in the textile industry has never been stronger. Manufacturers worldwide are seeking sustainable textile chemical auxiliaries that can deliver high performance without compromising environmental integrity. This shift is critical for reducing pollution, conserving resources, and meeting the demands of eco-conscious consumers and stringent global regulations. Achieving wet rubbing fastness, a key quality parameter, with green chemistry is a significant step in this direction.


NINGBO INNO PHARMCHEM CO.,LTD. is at the forefront of this movement with its Wet Rubbing Fastness Improver Agent SM-2020. This innovative product embodies the principles of sustainable chemistry. It is certified to comply with EU Standard 100, meaning it is completely free of harmful substances such as APEO, formaldehyde, organic halides, and heavy metals. This makes SM-2020 an ideal eco-friendly wet rubbing agent for deep colors, allowing textile manufacturers to produce vibrant, durable fabrics responsibly.


Beyond its environmental credentials, SM-2020 offers exceptional performance. As a specialized Textile Auxiliary, it is a waterborne polyurethane polycation compound designed to significantly enhance wet rubbing fastness for cellulose fibers. It achieves this by forming a robust, cross-linked film on the fiber surface, effectively locking in direct, reactive, and sulfurized dyes. This results in an impressive improvement of 1-2 grades in wet rubbing fastness, often achieving more than 3 grades for even the most challenging deep shades.


For businesses prioritizing both quality and sustainability, choosing a reliable supplier of textile wet fastness chemicals like NINGBO INNO PHARMCHEM CO.,LTD. is crucial. When you decide to buy SM-2020 wet rubbing agent, you are investing in a product that enhances fabric durability while upholding the highest environmental standards. This commitment helps ensure a healthier planet and a more sustainable future for the textile industry. Embrace SM-2020 to align your production with the growing demand for green and high-performance textile solutions.