Shishi's "Advanced Technology and Equipment Development and Equipment Development" project passed the acceptance test

Recently, the "12th Five-Year" National Science and Technology Support Program advanced manufacturing field project "Advanced Printing and Dyeing Key Technology Research and Equipment Development" passed the expert acceptance organized by the Ministry of Science and Technology in Shishi City, Fujian Province. The acceptance expert group listened to the project completion report, watched the project results demonstration, and inspected the application demonstration site of Fujian Yuxing Zipper Technology Co., Ltd. After questioning and discussion, the acceptance expert group believed that the project completed the original tasks and indicators and agreed to pass the acceptance.

"Advanced technology research and equipment development of printing and dyeing" is one of the key tasks of the "12th Five-Year" advanced manufacturing field "Nuclear Generation Machinery Product Innovation Application Demonstration Project", organized and implemented by China Textile Machinery Association. The project has carried out related technology research and research on numerical control warp dyeing technology and equipment, real-time monitoring system of numerical control dyeing and finishing equipment, key technologies and equipment for waste gas emission reduction in printing and dyeing production process, and key technologies and equipment for waterless dyeing of zipper tape. System development. The project has carried out demonstration application in many enterprises and established more than ten demonstration production lines, which provided effective solutions for green manufacturing in the dyeing and finishing industry, and provided demonstration cases for the upgrading of textile equipment. Economic and social benefits.

Since the implementation of the project, we have developed a warp beam loading and unloading robot with independent intellectual property rights , supporting equipment, dyeing and finishing digital monitoring system, natural gas direct combustion heating setting machine, and supercritical carbon dioxide waterless dyeing system and equipment. The technology and equipment developed by the project are currently being promoted and applied in the textile printing and dyeing industry . Through the application of numerical control technology, the technical problems of the industry such as low production efficiency in the printing and dyeing production process and serious pollution caused by chemical waste are solved. The project has certain demonstration effects on improving the automation degree of China's printing and dyeing equipment, reducing the emission of printing and dyeing waste gas and sewage, and promoting the textile printing and dyeing industry to enter the digital age.