Air conditioning fiber with functions of intelligent temperature regulation, high hygroscopicity and static electricity resistance

Abstract

The invention relates to the technical field of air conditioning fibers, in particular to an air conditioning fiber with functions of intelligent temperature regulation, high hygroscopicity and static electricity resistance. The air conditioning fiber comprises a fiber body and microcapsules, the microcapsules are arranged on the inner side face of the fiber body, and paraffin microcapsules are wrapped in the microcapsules. By arranging the microcapsules and the paraffin microcapsules wrapped in the microcapsules, a comfortable temperature is kept for a human body, and intelligent temperature regulation is achieved. Moreover, the fiber body fabric is bright in luster, smooth and soft in hand feeling, fine and soft in surface, more close to our skin, soft and round, more comfortable and stiff when worn on the body due to the unique heat absorption and heat release functions of the air conditioning fiber, stable in fabric shrinkage, color fastness and washing fastness; and meanwhile, the fabric has the functions of high hygroscopicity and static electricity resistance, so that the use effect and quality of the air conditioning fiber are greatly improved.

Description

technical field [0001] The invention relates to the technical field of air-conditioning fibers, in particular to an air-conditioning fiber with intelligent temperature regulation, strong hygroscopicity and antistatic functions. Background technique [0002] Air-conditioning fiber technology was developed by NASA for the moon landing program. The purpose is to make moon landing clothing for astronauts, including gloves, socks, underwear, etc. To protect astronauts from sudden temperature changes in space. Air-conditioning fiber is a new type of intelligent fiber, which was successfully developed in 1988. It was first used for commercial use in 1994, and was first used in outdoor clothing in 1997. After years of research and development and improvement, it is now widely used in fashion and bedding. [0003] However, the existing problems of air-conditioning fibers are mainly manifested in: poor intelligent temperature regulation, low hygroscopicity, and insufficient antistat...