Cycling Windproof Collar Reflective Winter Extended Scarf Waterproof Motorcycle Full Neck Protectors Scarf for Ski Motorcycling Snowboarding Riding

Feature:

1. Superior Insulation and Protection: The reflective neck gaiter employs sealed fiber technology fabric, providing waterproof and windproof properties. The thick and cozy fleece helps retain warmth effectively, ensuring optimal insulation and preventing heat loss.
2. Seamless Design for Maximum Comfort: The motorcycle scarf is meticulously crafted to avoid any or drafts around the neck area, ensuring maximum protection against cold winds. The zippered design allows for easy removal, and the adjustable neck size can be customized using the convenient closure.
3. Plush Synthetic Fleece Lining: The inner lining of the cycling windproof collar is made from high-quality synthetic fleece material, which is dense, soft, and thick. This not only offers exceptional warmth but also enhances breathability, allowing for effective heat retention while maintaining comfort.
4. Extended Size for Comprehensive Coverage: With a front length of 48CM and a back length of 24CM, this neck chest warmer provides not only warmth for the neck but also added insulation and heat retention for the chest and back areas.
5. Versatile Protection for Various Conditions: This winter extended scarf is designed to excel in diverse environments. Whether you're facing chilly winds, snowfall, or extreme cold temperatures, this product offers reliable insulation, wind resistance, and comfort, making it suitable for a wide range of outdoor activities.

Specification:
Material: waterproof polyester, thermal insulation silk cotton, artificial wool
Color: Black
Size: front 48CM/18.9in, back 24CM/9.4in, collar height 8CM/3.1in, shoulder width 40CM/15.7in, hem 29CM/11.4in, neck circumference 44-52cm/17.3-20.5in

Note:
Due to the different monitor and light effect, the actual color of the item might be slightly different from the color showed on the pictures. Thank you!
Please allow 1-2cm measuring deviation due to manual measurement.