Korean-style helmet FTK-B/A

The helmet is constructed entirely from a composite material consisting of flame-retardant and comfortable fabric layers, optimizing both protective performance and wearability. The materials used for each key component are precisely tailored to meet protective requirements, forming a synergistic protection system, as detailed below: The helmet shell is made of flame-retardant reinforced nylon, a material that combines excellent flame-retardant properties with high strength. It effectively resists external impacts, collisions, and flame exposure, while its lightweight design reduces the burden of prolonged wear; The cushioning layer is made of polyether EPU, which offers excellent shock-absorbing and vibration-damping properties. It rapidly absorbs energy upon impact, reducing the risk of head injury and enhancing wearer safety; The chin strap is made of flame-retardant webbing, which not only provides reliable flame-retardant properties but also excellent tensile strength, ensuring the helmet remains securely fastened to the head during work and preventing it from coming off; The helmet brim is made of polyester webbing, which is soft and gentle on the skin, reducing friction and discomfort between the helmet and the head, while also providing good breathability to enhance comfort during prolonged wear; The face shield is made of polyphenylsulfone (PPSU), a material that combines high transparency, impact resistance, high-temperature resistance, and anti-fog properties. It provides workers with a clear field of vision while effectively protecting the eyes and face from flying debris, flames, and toxic or harmful gases; The neck guard is available in two high-performance material options: a multi-component aramid flame-retardant fabric and an aramid aluminum foil fabric. Both offer exceptional flame-retardant and thermal insulation properties, effectively protecting the neck and shoulder areas. The aramid aluminum foil fabric additionally provides excellent heat-reflective capabilities, making it suitable for high-temperature work environments.