The quest for perfect color uniformity is a continuous challenge in textile dyeing. Uneven color, barriness, and dye migration can compromise product quality and lead to costly reworks. NINGBO INNO PHARMCHEM CO.,LTD. offers RG-SDV, a cutting-edge anti-migrating agent engineered to deliver exceptional textile color uniformity & leveling technologies, ensuring your fabrics always achieve a consistent and vibrant finish.


RG-SDV is an innovative acrylic copolymer that fundamentally addresses the issue of dye particle migration. By firmly anchoring dye particles during the reactive and disperse dyeing processes, it prevents them from moving unevenly across the fabric surface. This is critical for achieving truly consistent coloring, even on delicate or thin materials, making it an indispensable tool to prevent dye particle migration effectively.


Our product significantly improves leveling performance dyeing, which is the ability of dyes to distribute evenly throughout the fabric. This characteristic is particularly beneficial under challenging dyeing conditions, ensuring that every batch exhibits a uniform shade without unsightly streaks or blotches. Furthermore, RG-SDV effectively acts as an anti-barriness agent textile, eliminating the appearance of undesirable horizontal or vertical lines.


Beyond its core functionality, RG-SDV is environmentally friendly, adhering to EU standards, and is non-surface active, meaning no foam production to complicate your process. It is also easy to wash out and does not negatively impact dye chromophoric properties or color fixing. NINGBO INNO PHARMCHEM CO.,LTD., as a trusted textile dyeing auxiliary supplier, ensures that you can purchase RG-SDV chemical with confidence, providing competitive pricing and reliable delivery.


By choosing RG-SDV, you are investing in a proven solution for superior textile color uniformity and enhanced dyeing performance. Partner with NINGBO INNO PHARMCHEM CO.,LTD. to elevate your textile quality and achieve consistent, impeccable results every time.