Arc`teryx Women's Atom Lt Jacket
The Arc`teryx Women's Atom Lt Jacket is a warm mid-layer that features composite materials that provide balanced warmth and breathability. The arms and torso are fortified with Coreloft™ insulation, and the side panels and underarms incorporate Polartec® Power Stretch® with Hardface® Technology to increase mobility and breathability. A wind and moisture resistant outer shell extends stand-alone usability. Developed by Arc'teryx, Coreloft™ is a synthetic insulation made of staple fibres in mixed sizes that are crimped to trap air and retain warmth.
- Lightweight and highly compressible Retains its warmth in humid and wet conditions and dries quickly if wet Moisture-resistant outer face fabric, Breathable, Insulated, Lightweight Compressible and Packable Wind Resistant DWR Finish (Durable Water Repellent) Helps Repel Water from Fabric Surface Composite Construction Breathable, Stretch Side Panels for Enhanced Comfort and Mobility Articulated Elbows Gusseted Underarms Trim Fit for Base Layer or Light Mid-Layer Use Collar Configuration Soft Brushed-Lined Collar Zippers & Fly Configuration Full Front Zip with Wind Flap Cuff & Sleeves Configuration Stretch-Knit Cuffs Hem Configuration Laminated Hem Drop Back Hem Pocket Configuration Internal Chest Pocket Two Hand Pockets
- Tech Specs
- Polartec® Power Stretch® with Hardface® Technology?88% polyester, 12% elastane, 230 g/mý. A Four-Way Stretch Fabric That Allows for Excellent Athletic Movement and Good Breathability to Maintain Comfort. Some Products Feature Hardface® Technology for a Higher Level of Abrasion Resistance. Coreloft™ 60 (60 g/mý) insulation. Made with Highly Crimped Multi-Denier Siliconized Polyester Yarn, this Lightweight, Breathable, and Thermally Efficient, 100% Polyester Staple Fibre it is Very Compressible and Has Excellent Loft Retention. Tinthan™ 100% nylon / 1.9 oz/ydý, 46g/mý. 20D Mechanical Stretch Nylon Rip Stop with an Air Permeable Polyurethane Coating DWR Finish. This Lightweight Stretch Fabric has Good Abrasion Resistance for its Weight.