Ski helmet: the lifeline of snow safety, with multiple protections to protect every slide

Head injuries account for over 60% of skiing activities, and wearing ski helmets correctly can significantly reduce the risk of injury, making it the core guarantee for ski resort safety. With the popularization of ice and snow sports, ski helmets have been upgraded from professional equipment to essential items for mass skiing. Their multiple values such as safety protection, technological empowerment, and comfortable adaptation have become the focus of attention for the industry and consumers.
Core Protection: Hardcore Technology Builds a Secure Bottom Line
1. Physical protection, directly targeting fatal risks
The ski helmet adopts a double-layer structure of high-strength shell+high-density EPS buffer layer. The shell (ABS/carbon fiber) disperses the impact force, and the inner foam absorbs energy efficiently, which can reduce the head impact force from 1500kg to less than 30kg at 20km/h, significantly reducing the risk of skull fracture and concussion. Data shows that wearing a helmet can reduce the rate of serious head injuries and mortality in skiing by 70% and 40% respectively, making it a "life-saving equipment" for snow sports.
2. With the support of standards, there are rules to follow for safety
The national standard GB/T 41526.1-2022 has been introduced in China, which is in line with international standards such as EU EN 1077 and North American ASTM F2040, and strictly assesses performance such as impact resistance, puncture resistance, and low-temperature fracture resistance. Certified helmets strictly control quality throughout the entire process from raw materials to production, eliminating the hidden dangers of inferior products and providing a safety net.
3. Technological upgrades for more precise protection
MIPS Rotation Protection: Designed with a low friction sliding layer for oblique impact, it disperses rotational force and reduces brain rotation damage, becoming a standard feature for high-end helmets.
Koroyd honeycomb energy absorption: The aerospace grade honeycomb structure actively absorbs impact energy and provides dual protection against vertical and oblique impacts, increasing protection efficiency by more than 30%.
Lightweight breakthrough: The domestically produced competitive helmet weighs only 540 grams, which is 20% lighter than similar international helmets. It balances protection and flexibility, and is suitable for high-speed competitive scenes.