Water-based pigment printing has gained immense popularity due to its environmental benefits and versatility across various substrates. However, achieving consistent quality and efficient production in water-based systems often hinges on overcoming challenges such as premature drying, screen blocking, and maintaining paste stability. The right additives are crucial for unlocking the full potential of this printing method.


NINGBO INNO PHARMCHEM CO.,LTD. understands the intricate demands of water-based printing. Our MF-001 Moisturizing Anti-blocking Netting Agent stands as a prime example of our commitment to delivering high-performance water-based pigment printing additives. This high-molecular polymer is specifically engineered to combat the rapid film formation that can occur with water-based pastes, particularly in warmer environments. Its nonionic composition ensures excellent compatibility, allowing for seamless integration into virtually any water-based formulation without impacting the final print quality or fastness.


MF-001 acts as a powerful enhancer for water-based inks, providing superior moisturizing and anti-blocking effects. This translates directly into smoother operations, reduced downtime, and more vibrant, consistent results. Whether you are working with glue paste, water paste, discharge, or metallic powders, our nonionic anti-blocking agent water-based solution ensures optimal workability and extended screen life, contributing significantly to your overall productivity and profitability.


As a leading water-based printing auxiliary manufacturer, NINGBO INNO PHARMCHEM CO.,LTD. is dedicated to supporting the evolving needs of the textile industry. We offer a comprehensive range of additives designed to optimize every aspect of your printing process. If you are seeking to purchase effective water-based pigment printing additives or wish to inquire about the competitive price of our MF-001, our expert team is ready to provide tailored assistance. Partner with us to achieve new benchmarks in water-based pigment printing excellence.