In an era where textiles are constantly exposed to environmental challenges, robust protection against atmospheric pollutants and radiation is paramount. NINGBO INNO PHARMCHEM CO.,LTD. introduces SC-60701, an innovative solution offering advanced ozone & UV protective coatings for textiles. This sophisticated block silicone emulsion is specifically formulated to create a durable shield that guards fabrics against the damaging effects of ozone, nitrogen oxides (NOx), and ultraviolet rays.

SC-60701 is a premier ozone resistant textile softener, designed to significantly reduce discoloration and yellowing that these environmental stressors typically cause. By improving the fabric's smoke fastness and overall resistance to airborne pollutants, it ensures textiles maintain their original vibrant colors and pristine condition for extended periods. This protective capability is crucial for a wide range of fabrics, from outdoor apparel to interior furnishings, where prolonged exposure to light and air is common.

As a comprehensive UV protection silicone softener for fabric, SC-60701 not only prevents fading but also enhances the overall durability of the textile. It acts as a finishing agent that imparts a desirable soft hand feel without compromising the fabric's whiteness, shade, or color fastness. Its exceptional alkali resistance, electrolyte resistance, and mechanical stability make it a highly reliable and efficient solution for industrial textile processing, ensuring consistent, high-quality results.

Furthermore, SC-60701 serves as a highly effective NOx resistant fabric finishing agent, addressing a critical need in urban and industrial environments where nitrogen oxides are prevalent. This product aligns with NINGBO INNO PHARMCHEM CO.,LTD.'s commitment to providing sustainable and high-performance chemical solutions. Meeting the Otex-100 environmental standard, SC-60701 offers manufacturers a responsible way to elevate product quality and meet the increasing consumer demand for durable, protected, and eco-conscious textiles.