Achieving a flawless, high-gloss, and incredibly smooth finish is the hallmark of premium lacquer coatings. However, formulators often grapple with challenges like uneven application, poor flow, and insufficient gloss. NINGBO INNO PHARMCHEM CO.,LTD. offers a sophisticated chemical solution: RG-YL2501, a versatile non-ionic anti-sticking softener that proves exceptionally effective in enhancing lacquer coating performance.


RG-YL2501 is a remarkable coating paste rheology improver liquid, designed to revolutionize the way lacquer coatings are applied and perceived. When incorporated into coating pastes, it significantly improves their rheology and flow levels. This ensures that the lacquer spreads more evenly and smoothly, eliminating imperfections and achieving a uniform, high-quality layer. The result is a coating that not only looks professional but also reduces application time and waste, offering considerable value to manufacturers.


One of the most impressive attributes of RG-YL2501 is its profound impact on the final characteristics of the lacquer coating. It is specifically engineered to make the coated layer delicate, smooth, and brilliantly shiny. This product greatly improves both the grossiness and smoothness of the lacquer, elevating its aesthetic appeal to new heights. For companies that prioritize visual excellence and a luxurious tactile experience in their finished products, RG-YL2501 is an indispensable additive. As a trusted water-based coating additive for smoothness, it brings unparalleled value.


NINGBO INNO PHARMCHEM CO.,LTD., a prominent anti-sticking softener RG-YL2501 supplier, ensures that this advanced chemical is readily available for the coating industry. Its excellent miscibility with coatings and inherent stability means it integrates seamlessly without compromising the integrity of the formulation. By choosing RG-YL2501, manufacturers can produce lacquer coatings that not only meet but exceed market expectations for gloss, smoothness, and overall quality, setting a new benchmark for performance in their respective fields.