Bamboo charcoal and other functional fibers will speed up the promotion and application

From Shandong Textile Research Institute and Shandong Hailong Co., Ltd., Qingdao Xueda Group Co., Ltd., Weifang Qirong Textile Co., Ltd., Shandong Hualong Textile Co., Ltd., Qingdao Huaquan Garment Co., Ltd., Qingdao Textile Union Textile (Group) Co., Ltd., etc. The three projects of scientific and technological breakthroughs in Shandong Province completed by the cooperation of enterprises have recently passed the appraisal of scientific and technological achievements organized by the Science and Technology Department of Shandong Province.

Through the identification of the three results are: the application of biodegradable cellulose fiber biodegradable research and development of functional ecological textiles, functional application of coconut fiber and the development of a series of ecological products, thorium fiber series of ecological textiles functional research and development.

Bamboo charcoal regenerated cellulose fiber, coconut fiber, and rayon fiber are all new functional fibers introduced in recent years. The biodegradable bamboo charcoal regenerated cellulose fiber is made by adding nano bamboo charcoal microparticles to the viscose fiber, has strong adsorption and decomposition ability, has the functions of adsorbing odor, deodorizing, quick-drying and moisture absorption, and has antibacterial and antibacterial, Produces negative ions, emits far-infrared rays, anti-ultraviolet rays and other health properties, but also can be naturally degraded. The coconut fiber adopts a new modified polyester fiber carrier material and utilizes discarded coconut shell, conforming to the development trend of recyclable resources, and also has the functions of moisture absorption and deodorization, negative ion generation, far-infrared emission, and anti-ultraviolet rays, etc. The microporous area in charcoal is 4 times larger than bamboo charcoal, and it has better air permeability than bamboo charcoal, so its adsorption capacity is stronger. The ytterbium fiber also uses modified polyester carrier material, adding yttrium element, so that when the product is worn on the body, it can emit far-infrared rays under the effect of human body temperature to produce negative oxygen ions, and the trace yttrium elements in the fiber can also penetrate the skin. Absorption into the body to form organic germanium is beneficial to human health.

Based on a systematic study of new fiber properties, the three projects have innovatively solved the difficulties in the interweaving and dyeing and finishing processes of new fiber and multi-fiber blends, using ecological processing technology, energy saving and emission reduction, and achieving clean production. The feasibility and basis for the industrialized production and market application of the new fiber spinning, weaving, dyeing and finishing are provided. Experts of the appraisal committee unanimously believed that the three achievements were technologically advanced and the technology was reasonable, and they all reached the international advanced level.