Flame retardant anti-static coveralls for battery workshops are professional dual-protection workwear tailored for lithium battery, lead-acid battery and new energy battery production and processing workshops, aiming at the special safety risks of battery production workshops such as static electricity accumulation, flammable electrolyte volatilization, short-circuit spark and fire combustion. The battery production industry belongs to high-risk flammable and explosive industry. A large number of flammable and volatile chemical electrolytes are used in the workshop. The static electricity generated by human body friction and clothing friction may ignite flammable gas and cause explosion accidents; at the same time, battery testing, assembly and aging tests are accompanied by short-circuit spark risks, which are easy to trigger fire accidents. This coverall integrates permanent flame retardant and efficient anti-static functions to eliminate potential safety hazards in battery workshop operation from the source.

This coverall adopts advanced flame retardant and anti-static blended fabric, which is woven with inherent flame retardant fiber and high-performance conductive fiber in a fixed proportion, realizing dual-core safety performance. The conductive fibers distributed evenly in the fabric can quickly export the static electricity generated by human body movement and clothing friction, avoid static electricity accumulation and static spark discharge, and fundamentally prevent static-induced explosion and fire accidents in the battery workshop. The flame retardant fiber has permanent flame retardant performance, which can self-extinguish quickly when encountering open flame and electric spark, prevent flame spread caused by battery short circuit and electrolyte combustion, and effectively protect the personal safety of workshop operators. The fabric does not contain any chemical flame retardant coatings, with safe and non-toxic performance, and will not cause secondary pollution to the battery production environment.

In terms of industrial adaptation design, the coverall fully meets the purification and safety management standards of battery workshops. The high-density smooth fabric structure can effectively prevent fiber shedding, avoid fabric fine fibers from falling into battery products and affecting product quality, and is suitable for dust-free and purification operation environments of precision battery workshops. The one-piece tight-fitting structure reduces clothing gaps, prevents dust and fine particles from adhering, and is convenient for daily cleaning and disinfection. The overall tailoring is loose and comfortable, which does not restrict the fine operation movements of workers such as battery assembly, welding, testing and packaging. The fabric has good wear resistance and washing resistance, and can maintain stable anti-static and flame retardant performance after long-term repeated washing and wearing. It is a special standardized protective workwear for all front-line operators in new energy battery production workshops, escorting the safe production of battery enterprises.