The company has constructed a mechanized and highly accurate CMC production line, achieving a full-capacity annual output of 20,000 tons of high-quality CMC. In recent years, due to recurrent epidemics and heavy environmental protection pressure, the company has grasped the opportunity to make resolute decisions. It has carried out automated transformation of the workshop, upgraded the GMP workshop. By means of mechanized operations, it has enhanced product standardization, ensured product accuracy through digital operation, and upgraded product cleanliness with automated transmission. It has changed the production mode that solely relied on manual operation, significantly reducing labor intensity and enhancing work efficiency while optimizing and improving the working environment. Meanwhile, the company continuously increases investment in technological innovation and R & D, builds high-standard laboratories and modern application laboratories, recruits leading technical talents in the cellulose industry, actively undertakes national cellulose industry scientific and technological innovation projects, and expands research on product technical parameters, enriches the company's product specifications and models, and broadens the access of the company's product applications. It deeply explores the company's independent intellectual property rights, vigorously develops key core technologies with independent intellectual property rights, accelerates the company's transformation and upgrading, and improves the company's own scientific and technological productivity.

CMC is utilized as textile sizing. Given that CMC has stable characteristics and excellent film-forming properties, it has a high affinity with cellulose yarns and makes the film highly strong, reducing the "yarn skipping" and "end breakage" phenomena on high-speed looms. The sizing film formed by CMC is water-soluble and biodegradable. As a fabric finishing agent, it can replace traditional starch sizing and substantially reduce the environmental pollution caused by fabric re-sizing and desizing.