How is the structure of firefighting boots improved?

As we all know, the quick release zipper system, correction system, bow support system, shock absorption system and identification system, the above-mentioned functional and intelligent design, not only improve the wearing comfort of firefighting boots and the efficiency of fire fighting and rescue, but also help reduce The casualty rate of firefighters is an important direction for the design of firefighting boots in our country in the future.Fire bootsThe structure of the company has been continuously improved during the development process.
The structural improvement design is mainly reflected in the soles, insoles and other parts, and has been widely used in the design of sports shoes. The common insole shock absorption structure design can effectively absorb the impact of the foot and reduce the injury of the foot during sports or special work. The upper structure can also be improved to improve the functionality of the shoe.
Usually in the process of fire fighting and rescue, firefighters will have some actions to jump from a height. In order to reduce the casualties caused by these factors, the design method of the bottom components such as the shock absorption structure of sports shoes can be used as a reference for the design of fire protection boots.
In addition, by improving the pattern, width, depth and direction of the sole, the anti-slip performance of the fire-fighting shoe can be improved. A convex structure is designed on the curved part of the back and front end of the tarsal bone of the fire-fighting shoe to reduce the impact of falling objects on the foot and improve the anti-smashing performance of the fire-fighting shoe.
Firefighting boots are the daily personal protective equipment of firefighters. Wearing boots can enter the general fire scene and accident scene for fire fighting and rescue work. However, effective protection cannot be carried out at the site of chemical accidents involving corrosive liquids and gases, military agents and biological viruses, and on-site accidents. Therefore, must it be strictly prohibited to use in the above-mentioned places, otherwise it will cause some No trouble.