Usually, the shell of the helmet is made of high-strength materials, such as metal, engineering plastics, Kevlar fiber, etc., through its deformation to absorb most of the impact; the lining material has the ability to absorb sweat, keep warm, and absorb shock. Military helmets often have the functi

To verify bike helmet certification before a bulk order, importers should request the supplier's CPSC Certificate of Compliance, cross-check third-party lab test reports against the batch being shipped, confirm the factory's reasonable testing program, and match lot numbers on test rep

CE EN 1077 and CE EN 1078 are both mandatory European safety standards, but they govern different sports: EN 1077 applies to ski and snowboard helmets, while EN 1078 applies to bicycle, skateboard, and roller skating helmets. The key difference is that EN 1077 requires a penetration resistance test

CE EN 1078 is the mandatory European safety standard for helmets used in cycling, skateboarding, and roller skating. It sets requirements for helmet construction, impact absorption, and retention system strength, and any helmet sold in the EU for these activities must carry a CE mark backed by EN 10

CPSC 1203 is the mandatory federal safety standard that every bicycle helmet sold in the United States must meet, enforced by the U.S. Consumer Product Safety Commission. It requires helmets to pass four core tests — peripheral vision, positional stability, retention system (chin strap) strength, an

CPSC 1203 and CE EN 1078 are the two primary bike helmet certification standards governing the U.S. and European markets, respectively. The core difference lies in impact testing severity: CPSC 1203 mandates a more rigorous impact absorption test that typically results in a heavier helmet, while EN

Yes, there is a meaningful difference. A "water sports helmet" is a broad category covering head protection for activities like kayaking, paddleboarding, whitewater rafting, and wakeboarding, while a "wakeboard helmet" is a specialized subtype engineered for the high-speed falls and repeated water i

The helmet manufacturing process transforms raw materials like ABS, EPS, and EVA into a certified, impact-absorbing finished product through six core stages: material preparation, shell forming, EPS foam molding, assembly, quality inspection, and safety testing. Each stage combines precision enginee

Helmet safety certifications are mandatory compliance standards that verify a helmet can protect its wearer under defined impact conditions. The three most widely recognized helmet standards are CE (Europe), CPSC (United States, consumer products), and ASTM (United States, sport-specific). Each appl