Helmet for Electric Bicycle/E-Scooter, Urban Commuting Essential Mountain Bike Off-Road Style, Anti-Impact for Trail Riding Full-Face Design, All-Round Protection Soft Removable Liner, Washable

Product Description

Safety-Based Performance Breakthrough, Multiple Technologies Building a Safety Barrier Safety is the core value of a helmet. Modern helmets achieve a leap in protective performance through "material upgrading + structural innovation". In terms of material selection, high-end products widely use aerospace-grade T800 carbon fiber material, which has a lower density than aluminum and much higher strength than steel. Combined with a 3D-printed lattice structure buffer layer, it can reduce weight by 50% while increasing hardness by more than 50% compared with traditional standards. Industrial-grade products mostly use thermoplastic continuous glass fiber composites, which can effectively absorb impact energy.

Products generally adopt a dual structure of "high-strength shell + buffer liner": The PC (polycarbonate) or ABS engineering-grade shell can resist impact and wear from sharp objects, while the internal high-density EPS (expanded polystyrene) foam absorbs collision energy through deformation. The one-piece molding process further enhances structural integrity and impact resistance.

In sports scenarios, helmet design focuses more on scenario-specific needs: Bobsleigh helmets adopt a streamlined aerodynamic design to reduce wind resistance during high-speed sliding at 160 km/h, helping to improve competitive performance; Road cycling helmets achieve efficient heat dissipation through more than 26 ventilation holes and multi-channel airflow design, and are equipped with adjustable visors to cope with strong and low-light environments. Children's helmets emphasize basic protection and ease of use. The 3C-certified ABS shell is combined with a lightweight design (only 650g), balancing safety and wearing comfort.