From pre‑treatment to finishing, we provide complete functional finishing solutions for apparel fabrics, covering softening, wrinkle resistance, water repellency, stain resistance, and more. All products are developed on the principles of environmental health, helping clothing brands build responsible supply chains while shortening new product development cycles and responding quickly to market trends.

Our chemical auxiliaries and functional finishing solutions are widely used in dyeing and finishing of knitted and woven fabrics, significantly improving first‑pass dyeing success rates and reducing energy and water consumption from rework. The ultra‑low foam and low‑VOC formulations lower operating costs while meeting the growing brand requirements for hazardous substance control, helping fabric mills transition to greener production.

For high‑count, profiled‑cross‑section, blended, and melange yarns, we offer dedicated leveling and fixing systems that ensure uniform dyeing, stable color fastness, and minimal fiber damage. Our custom development capabilities allow us to collaborate with customers on unique yarn effects, enhancing added value and creating differentiation opportunities for downstream weaving.

Our coating and adhesive auxiliaries enhance water, oil, and heat resistance of packaging materials, suitable for food and industrial packaging. Water‑based, solvent‑free formulations effectively reduce VOC emissions, aligning with environmental trends in the packaging industry, while also improving mechanical strength and surface quality.

We supply tanning, retanning, fatliquoring, and finishing auxiliaries that impart soft hand feel, abrasion resistance, and vivid color to leather. Our technology focuses on low‑metal and hazardous‑chemical‑free solutions, helping tanneries reduce wastewater treatment loads, promote cleaner production, and adapt to increasingly stringent environmental regulations.

Our wet‑end chemicals (sizing agents, strength enhancers, retention and drainage aids) and surface coating agents effectively improve paper strength, whiteness, and printability. Products are primarily bio‑based, lowering energy consumption and pollutant emissions in the papermaking process, supporting mills in upgrading toward sustainability.