Made Of Milk Protein Tempered Fiber, "Cashmere Thermostat"

In January 14th, at the national science and Technology Awards Conference held in Beijing, "high temperature resistant phase change material microcapsule, high heat storage heat storage temperature regulating fiber and its preparation technology" project won the two prize of the National Technological Invention Award. This is from Tianjin University of Technology, Tsinghua University and Shandong Hailong Limited by Share Ltd. Beijing Saussurea cashmere Limited by Share Ltd And other units to complete.

In the research and development of "high temperature resistant phase change material microcapsule, high heat storage heat storage temperature regulating fiber and its preparation technology", the main contribution of Miao Xiaoguang, senior engineer of Beijing Saussurea cashmere Limited by Share Ltd, is the research and development of protein temperature regulating fiber and its preparation technology. The fiber fabric developed by this technology can absorb, store, redistribute and release heat. It can also automatically adjust the temperature of the environment at different times, so that the temperature in the clothing is in a more comfortable range.

It is common sense that cashmere and wool will heat when they encounter water. But this moisture absorption and heat release is one-time and cannot be repeated. So cashmere and wool have good thermal insulation function, but not. Regulating temperature The function. " Miao Xiaoguang said. In this technology, phase change material is added into the milk protein spinneret, then the milk protein temperature regulating fiber is made, and then blended with cashmere to make "milk fiber". Cashmere conditioning shirt "

Although the original purpose is to make cashmere products have a temperature regulation function, Miao Xiaoguang's milk protein fiber can be blended with many fibers, including 40% of the wool blended with wool, camel hair and cotton. Even after high temperature dyeing and steaming, high pressure sizing and soaping process, the product will not change much in function. This also provides sufficient conditions for downstream customers to develop and develop high-grade new functional fabrics.