Hard helmets protect the head and ensure safety
When working on the construction site, ordinary helmets are not protective enough and are easily damaged by falling objects. They cannot form an effective protective combination with Protective Glasses, Safety Goggles, and safety masks, which increases safety hazards. Construction workers reported: "The helmet was cracked by small stones, and the glasses also shook. The protective equipment is not reliable, and I am always worried when working!"
Our impact-resistant helmets reshape the safety line with military-grade protection standards! It adopts a high-strength ABS engineering plastic shell and a honeycomb EPS buffer layer. After a 5kg steel ball free fall impact test from a height of 1 meter, the cap body has no cracks and the internal buffer layer effectively disperses the impact force; the unique head circumference adaptive adjustment system can accurately fit different head shapes, and at the same time, it reserves slots for goggles and masks to achieve seamless connection with protective glasses and safety masks. In actual application, this helmet reduces the risk of head injury by 85% and improves the wearing comfort of the entire set of protective equipment by 60%.
Three core features
① Double-layer protection structure: ABS hard shell is impact-resistant, EPS buffer layer unloads force, double protection of head safety;
② Precision adaptation system: Knob-type head circumference adjustment, 52-62cm head circumference can be worn comfortably;
③ Equipment compatible design: Reserve standard card slots, quickly install goggles and masks, and build three-dimensional protection.
Professional maintenance guide
1. Regular inspection: Check the cap body for cracks and deformation of the buffer layer every month, and replace damaged parts in time;
2. Cleaning and maintenance: Wipe the outer shell with a neutral detergent to avoid using corrosive solvents to damage the material;
3. Correct storage: Hang it in a cool and dry place when idle to prevent extrusion and deformation from affecting the protective performance.
