Icebreaker Women Merino IB X TNF Shorts
SMore than 10 items in stock at third-party supplier
Product details
Designed in collaboration with The North Face, the Merino IB X TNF Shorts is a technical adventure short that provides all-day comfort, whether you're exploring the city or seeking outdoor adventures. The Merino IB X TNF Shorts are made from Eucaform fabric, a blend of natural merino wool and sustainable TENCEL™ Lyocell. In these shorts, you stay naturally cool, comfortable, and odor-free. The integrated belt allows you to adjust the fit perfectly, while open side pockets and a buttoned back pocket provide space for small essentials. Inspired by nature, icebreaker utilizes the functional properties of natural fibers to offer an alternative to synthetic clothing. Merino wool is an annually renewable fiber that naturally resists odor. It cools in heat and warms in cold, allows the skin to breathe, and ensures comfort from morning to night, every day. Eucaform - A blend of soft merino wool and TENCEL™ Lyocell, the TENCEL™ Lyocell terry fabric provides all-day comfort; waistband with belt loops; fly with button; 2 open side pockets; piped back pocket with hidden button; exclusive TNF X IB label; easy packing and storage for travel thanks to elastic band. Main fabric: 60% Lyocell, 40% wool; pocket lining: 100% wool; belt: 100% polyester. Only elastic band and decorative parts.
Exact colour description | Black |
Material composition | 40% Wool, Inserts: 100% polyester, Main material: 60% Lyocell |
Item number | 43158486 |
Manufacturer | Icebreaker |
Category | Shorts |
Release date | 25.2.2024 |
Colour | Black |
Exact colour description | Black |
Upper | Lyocell, Merino wool |
Material composition | 40% Wool, Inserts: 100% polyester, Main material: 60% Lyocell |
Target group | Women |
Clothing size | S |
Cut | Regular |
Clothing functions | Breathable, Insulating |
Country of origin | China |
Manufacturer commitment | RE100 |
Manufacturer compensation | According to RE100, the manufacturer Icebreaker fully compensates for its energy consumption, leading to a reduction in emissions. |
CO₂-Emission | |
Climate contribution |