In textile printing, the rheology of the printing paste – its flow and deformation behavior – is a critical determinant of print quality. Precise control over viscosity, shear thinning, and stability ensures sharp outlines, uniform color application, and consistent results. Textile rheology modifiers are the key to achieving this control, and NINGBO INNO PHARMCHEM CO.,LTD. offers advanced solutions, including the Hybrid Thickener KR-708HC, designed to optimize your printing processes.


The Hybrid Thickener KR-708HC functions as a highly effective anionic thickening agent for reactive dyes. Its unique multi-component copolymer composition allows for the formation of a stable, high-viscosity paste that is easy to prepare and remains consistent throughout the printing run. This stability is crucial for both rotary and flat screen printing, where maintaining uniform paste flow is essential for intricate designs and preventing defects like smudging or bleeding.


One of the significant advantages of KR-708HC is its robust salt and alkali resistance. In reactive dyeing, the printing paste often contains various electrolytes, which can destabilize traditional thickeners and compromise paste rheology. Our thickener maintains its strong thickening ability and overall stability, ensuring reliable performance even in challenging chemical environments. This resilience contributes directly to consistent print quality and reduced waste.


For businesses looking to purchase textile rheology modifiers that deliver consistent, high-quality performance, NINGBO INNO PHARMCHEM CO.,LTD. stands as a trusted manufacturer. We understand that optimal viscosity control is paramount for achieving superior color yield, sharp definition, and efficient processing. The Hybrid Thickener KR-708HC embodies our commitment to scientific excellence in textile auxiliaries, providing printers with the confidence to produce outstanding fabrics every time. Invest in precision control for your printing operations with NINGBO INNO PHARMCHEM CO.,LTD.'s innovative rheology solutions.