With the application of high-end technology in various fields, the threat of personal injury faced by workers is also increasing. Therefore, to further improve the protective performance of high-performance protective clothing, it is possible to develop high-performance fibers and improve the processing technology of anti-static shoes. to fulfill. For example, the development and application of high-performance fibers such as para-aramid, meta-aramid, and PBI fiber have greatly improved the protective performance of thermal anti-static shoes.
First, protection intelligence
Nanotechnology, microelectronics technology, phase change materials and other applications in high-performance protective clothing make high-performance anti-static shoes more intelligent. For example, a microelectronic system is added to a high-performance anti-static shoe, which can feedback the environment of the wearer in real time and achieve self-adjustment. The application of nanotechnology not only improves the protective performance of high-performance anti-static shoes, but also has special functions such as recognition function, stealth function and therapeutic function.
Second, functional diversity
High-performance anti-static shoes are not only to protect against certain harmful substances, but also to protect against various external factors during the wearing process. If the anti-static shoes can not completely protect these harmful factors, it may be anti-static. The damage caused by the shoes reduces or even reduces the protective performance of the anti-static shoes, which jeopardizes the wearer's personal safety.