Textile mills often face the challenge of re-dyeing fabrics that have already undergone finishing treatments, particularly those involving softeners. Traditional silicone softeners can create barriers that make subsequent dyeing difficult or result in inconsistent color uptake. NINGBO INNO PHARMCHEM CO.,LTD. offers a groundbreaking solution with Hydrophilic Block Silicone Oil CY-4881, specifically engineered to be a part of effective redyeing solutions for textile mills.


CY-4881 is a revolutionary redyeable silicone softener for textiles buy that maintains the fabric's receptiveness to dyes even after softening. This innovative three-component block copolymer imparts a luxurious softness and instantaneous water absorption to cotton fabrics without creating hydrophobic barriers that impede re-dyeing. The ability to easily correct color issues or change fabric shades after initial treatment significantly reduces waste and improves production efficiency, offering substantial cost savings for textile manufacturers.


Beyond its redyeing capability, CY-4881 boasts a suite of superior characteristics. It ensures a pristine finish with no floating oil, no silicone spots, and a non-sticky feel on processing rollers, which minimizes production delays and defects. Its robust resistance to acids, alkalis, high temperatures, and high shearing forces means that the fabric's enhanced properties, including its redyeability, are durable and long-lasting, even under demanding processing conditions.


For any textile mill seeking a versatile and reliable textile finishing auxiliary for redyeing, NINGBO INNO PHARMCHEM CO.,LTD.'s Hydrophilic Block Silicone Oil CY-4881 is the ideal choice. It streamlines post-finishing processes, providing flexibility and efficiency that was previously unattainable with conventional softeners. Empower your production with CY-4881 and experience the freedom of seamless re-dyeing without compromising on fabric quality or softness. Contact us to integrate this game-changing product into your textile operations.