FAQs:
How to Clean and Care for the Helmet's Interior and Exterior?
For the interior, it's recommended to gently hand wash the padding with mild soap and lukewarm water, then allow it to air dry completely before reinstalling it. Avoid using harsh chemicals or machine washing, as this can degrade the material. For the exterior, wiping down the helmet with a soft, damp cloth should suffice. Avoid exposing the helmet to extreme heat or cold during the drying process, as this can affect the structural integrity of the materials.
Can the Effectiveness of a Helmet be Tested or Measured?
Unfortunately, there's no simple way for consumers to test a helmet's effectiveness at home. Helmets are designed to absorb impact energy during a crash, and this process often involves the destruction or deformation of the helmet's materials. Therefore, any significant impact can compromise its protective capabilities. If your helmet has suffered a noticeable impact or shows signs of damage, it's safest to replace it. Regular inspection for signs of wear, such as cracks in the foam or shell, can also help assess its condition.
What are the Specifics of Helmet Technology and Materials?
Modern ski and snowboard helmets typically use a combination of a hard outer shell made from materials like ABS plastic or a thin plastic layer such as PC to protect the inner layers from abrasion, and an inner liner usually made from EPS (expanded polystyrene) foam, which absorbs impact. Advances in helmet technology include improved ventilation systems, lighter materials for enhanced comfort, and integration with rotational energy systems that help reduce the force of rotational impacts on the brain. Some helmets also feature advanced padding materials for better fit, comfort, and odor control.
SHRED. Rotational Energy System™ for protection from rotational forces + SHRED. Slytech™ Shock Absorption for protection from linear impacts = SHRED. Smart Impact Protection™