Green Synthesis of APEO-Free Textile Printing and Dyeing Auxiliaries and Their Market Adaptability in the International Arena

Abstract

This research endeavors to develop a green synthesis process for APEO-free textile printing and dyeing auxiliaries and to analyze their market adaptability on the international stage. By optimizing raw materials and process conditions, an efficient and environmentally friendly green synthesis process was successfully established, completely replacing the traditional APEO. The synthesized auxiliaries exhibit remarkable performance in both physicochemical properties and auxiliary functions, with surface tension as low as 28 mN/m, emulsification stability exceeding 90%, a 15% increase in dye uptake, and a color fastness rating elevated to level 4. Through the implementation of a differentiated product strategy, flexible pricing strategy, diversified channel strategy, and comprehensive promotional strategy, the competitiveness of these auxiliaries in the international market has been significantly enhanced. This study not only provides technical guidance for the green synthesis of APEO-free textile printing and dyeing auxiliaries but also offers valuable references for the sustainable development of China’s textile printing and dyeing auxiliary industry.