yesterday, a person in charge of a knitting enterprise in Jinjiang went straight to Quanzhou textile and garment vocational college and said that he wanted to cooperate with the college to transform the achievements of intelligent textile project with heat storage and temperature regulation function into products and put them on the market
the intelligent textile research and development project with heat storage and temperature regulation function is a key scientific research project in Quanzhou, which was jointly completed by Quanzhou textile and garment vocational college, Tianjin University of technology and Shishi Hualian Knitting Co., Ltd., and passed the evaluation of Quanzhou science and Technology Bureau not long ago. At the review meeting, experts agreed that the research of the project has high academic value and innovation, which plays a positive role and important significance in the development of new intelligent textiles and the development of intelligent textile processing technology, and provides important theoretical basis and technical support for the follow-up industrialization promotion
Tang Zhuxian, a professor level senior engineer and one of the main scientific researchers who participated in the project, told the reporter that the intelligent textiles with heat storage and temperature regulation function are made of inorganic heat storage materials and organic phase change materials, which are closely combined through the dyeing and finishing process, giving the textiles the function of heat storage and temperature regulation. 1t is reported that the intelligent textiles with the function of heat storage and temperature regulation contain phase change materials. When the ambient temperature rises, the phase change materials absorb heat and change from solid state to liquid state, reducing the body surface temperature. On the contrary, when the temperature of the external environment decreases, the phase change material releases heat from the liquid to the solid, which reduces the heat released by the human body to the surrounding, so as to maintain the normal body temperature, provide a comfortable “clothing microclimate” environment for the human body, and make the human body always in a comfortable state< Professor Tang said that in recent years, with the development of science, the domestic demand for intelligent temperature regulating textiles has become more and more urgent. Organizing efforts to tackle the key problems of intelligent textiles with heat storage and temperature regulating function is a challenge to traditional textile dyeing and finishing technology, which can greatly improve the added value of products and meet the market demand, 1t has positive and important significance to drive the development of all kinds of new intelligent textile processing technology, and will bring good economic benefits. He said: the thermal storage and temperature regulating textiles have a unique intelligent response to the temperature of the external environment. 1n view of the change of the external environment temperature, the thermal storage materials in the textiles form a local climate with basically constant temperature around the textiles to realize the temperature regulation, which can be widely used in bedding, footwear products, underwear clothing and outerwear clothing in addition, the reporter also learned that in recent years, our city has taken science and technology investment as the focus of budget guarantee. Through the close integration of production, learning and research, we have developed many high-tech functional fabrics with outstanding innovative features, such as: anti bacteria and anti-static nano functional fabrics, new ultra-fine polyester / cotton composite materials, high-tech functional fabrics, and so on Bamboo fiber fabrics and other international and domestic most advanced new fabrics have brought good economic and social benefits for enterprises, and effectively promoted the overall upgrading and upgrading of Shishi textile leading industry technology Author: Tan Gengxin