When you're doing winter sports, the weather can change rapidly, from cold to wet in an instant. To protect your hands from these temperature and weather variations, Therm-ic has developed lightweight, waterproof over-mittens designed to be worn over a pair of gloves. Offering up to 50% extra warmth, these over-mittens keep your hands dry and warm all day long, even in the most extreme conditions.
Made from three-layer Pertex® Shield with welded seams, these mittens are both waterproof and windproof, providing maximum protection against rain and snow. The three-layer construction combines lightweight outer fabrics with a breathable, waterproof membrane, while a durable water-repellent (DWR) finish keeps water out while maintaining excellent breathability.
Thanks to their lightweight construction, these overslippers can be easily stowed away in their storage bag when not in use. Their long sleeve completely covers your basic pair of gloves, preventing cold air and moisture from seeping in. Plus, their pre-shaped cut offers a comfortable, precise fit, even when worn over other gloves.
Key features:
- Waterproof: Pertex® Shield fabric, constructed in three layers, is waterproof and windproof. The construction includes a breathable membrane that protects hands from rain and snow, while welded seams reinforce waterproofness.
- Lightweight: Designed for intensive mountain activities, these overshoes are ultra-lightweight, making them easy to carry and store.
- Pre-shaped cut: The specific construction of the over-mittens ensures optimum agility and superior comfort, even when worn over a pair of gloves.
Specifications:
- Material: Three-layer Pertex® Shield with durable water-repellent (DWR) finish.
- Waterproof: Waterproof membrane and welded seams for maximum weather protection
- Lightweight: Hyper-lightweight and compressible, easy to pack away in their storage bag
- Comfort: Pre-shaped cut for a precise fit and comfortable wear over basic gloves
- Protection: Long cuff to fully cover base gloves and prevent cold air and moisture from seeping in
