Reactive dyeing is a cornerstone of the textile industry, known for its vibrant colors and good fastness properties. However, optimizing its efficiency and achieving consistent results can be challenging. NINGBO INNO PHARMCHEM CO.,LTD. introduces SD-3018, a powerful textile dyeing rate improver for cotton fabrics, specifically formulated to enhance the performance of reactive dyeing processes.


SD-3018 acts as a cationic fiber charge modifier, significantly increasing the affinity of cellulose fibers for reactive dyes. This leads to a more efficient and complete exhaustion of the dye bath, resulting in a higher color yield and a reduction in residual dye in the effluent. The product ensures that fibers become positively charged, allowing for better adsorption of anionic reactive dyes. This means manufacturers can achieve deeper, more intense colors with less dye, contributing to both cost savings and environmental benefits. If you are looking to purchase a reliable cationic fiber charge modifier supplier, NINGBO INNO PHARMCHEM CO.,LTD. is your trusted partner.


Beyond its primary role in boosting dyeing rates, SD-3018 also plays a crucial part in improving the overall fastness of reactive dyed fabrics. It enhances both soaping fastness and wet rub fastness, ensuring that the vibrant colors remain true even after extensive washing and wear. This feature is particularly important for high-quality textiles that demand longevity and durability. Furthermore, as a formaldehyde-free dyeing auxiliary for reactive dyes, SD-3018 supports cleaner production practices.


Incorporating SD-3018 into your reactive dyeing process is straightforward, and its benefits are quickly realized. NINGBO INNO PHARMCHEM CO.,LTD. provides this advanced auxiliary, ensuring that textile manufacturers can consistently produce superior quality dyed goods. To inquire about the SD-3018 price or to find a SD-3018 cotton modify agent supplier for your operations, contact us today. Optimize your reactive dyeing process with our innovative solutions.