Innovation is the driving force behind progress in the textile industry, particularly in dyeing and printing technologies. NINGBO INNO PHARMCHEM CO.,LTD. is proud to showcase Sylic® Disperse Printing Thickener 317A, a product that exemplifies the cutting-edge of innovations in disperse dyeing technology. This advanced acrylate polymer dispersoid is specifically engineered to elevate the quality and efficiency of disperse dyes printing on polyester fabrics.


Sylic® 317A’s formulation delivers an exceptional high color yield printing auxiliary, ensuring that colors are more vibrant and intense, while print outlines remain remarkably sharp and precise. This level of clarity and saturation is crucial for intricate designs and demanding aesthetic requirements. The product's good electrolyte resistance and excellent thixotropy contribute to highly stable color paste, preventing issues like viscosity breakdown or inconsistent color application during prolonged printing runs.


One of the key innovations behind Sylic® 317A is its ability to streamline the printing process without compromising on the final fabric quality. It provides easy wash-off properties, significantly reducing post-treatment time and water consumption, which is a major benefit in modern textile production. Furthermore, fabrics processed with this thickener achieve a desirable soft hand feel, enhancing their market appeal. For those looking to buy disperse printing thickener with advanced capabilities, Sylic® 317A offers a compelling value proposition.


Beyond performance, NINGBO INNO PHARMCHEM CO.,LTD. emphasizes the environmental benefits of Sylic® 317A. As an eco-friendly product, it is completely free from APEO, formaldehyde, and kerosene, setting a new standard for sustainable chemical solutions in the textile sector. This makes it an ideal choice for companies committed to both technological advancement and environmental stewardship. By integrating Sylic® 317A, manufacturers can achieve superior print results, improve operational efficiency, and contribute to a greener future in disperse dyeing technology.