Norrona Warmwool2 fascia per capelli - Arednalin (M)

When you're pushing uphill on a skin track or grinding out a cold-weather trail run, a freezing forehead can derail your focus. The Norrona Warmwool2 Headband in Arednalin offers targeted insulation where you need it most, keeping your ears and temples warm without the bulk of a full beanie. This mid-weight fleece headband is a go-to for skiers, snowboarders, hikers, and trail runners who demand breathable, quick-drying performance during high-output activities.

Key specifications

• Material: 97% Recycled Polyester, 3% Elastane
• Fabric Technology: Norrona Warmwool2
• Fabric Type: Mid-weight Fleece
• Insulation Level: Moderate
• Breathability: High
• Moisture Wicking: Excellent
• Quick Drying: Yes
• Stretch: 4-way Stretch
• Odor Resistance: Moderate
• Seam Construction: Flatlock seams
• Intended Use: Skiing, Snowboarding, Hiking, Trail Running, General Outdoor Activities
• Season Suitability: 3-Season (Spring, Autumn, Winter)
• Size: M (Medium)
• Gender: Unisex
• Color: Arednalin (Red/Orange hue)
• UV Protection: UPF 50+
• Sustainability: Made with recycled materials, Oeko-Tex certified fabric
• Fit: Ergonomic, snug fit

Why choose it

The Warmwool2 Headband combines recycled polyester with elastane for a soft, stretchy, and durable fabric that moves with you. Its flatlock seams reduce chafing, while the ergonomic snug fit ensures it stays in place during dynamic movement. The fabric's excellent moisture-wicking and quick-drying properties keep you dry and comfortable, and the UPF 50+ protection adds an extra layer of defense against the sun's harmful rays.

Ideal use cases

• Ski touring and splitboarding
• Cold-weather trail running
• Winter hiking and snowshoeing
• Everyday outdoor activities in cool conditions

Good to know

This headband is part of Norrona's sustainable line, made with recycled materials and Oeko-Tex certified fabric, ensuring both performance and environmental responsibility. The Arednalin color is a vibrant red-orange that adds visibility in low-light conditions.