Bridgedale Womens Hike Lightweight Merino Performance Boot Socks Berry

Perfectly suited for all day walking or expeditions in warm-weathers, these Women's Bridgedale Hike Lightweight Merino Performance Boot Socks in Berry ensure your feet stay dry and comfortable on spring and summer adventures. Engineered with an advanced targeted padding system, these lightweight women's fit socks are designed to be worn with lighter footwear and are perfect for hitting the trails under blue skies.Women's Bridgedale Hike lightweight performance socks fibre contents: 31% Merino wool, 9% new wool, 35% nylon/polyamide, 24% Endurofil/polypropylene, 1% Lycra/elastane.FEATURES -· FUSION TECH MERINO PERFORMANCE - Setting Bridgedale apart from other sock brands, Fusion Technology is a unique blend of yarn and knitting technology that combine the highest quality natural yarns with high performance microfibres. Merino Performance marries the anti-bacterial properties of Merino wool and the soft, resilient fibres of new wool with technical synthetic yarns in a knit that provides a supportive fit, moisture wicking and outstanding durability and comfort. Perfectly suited for long distance walking.· PERFORMANCE FIT - A close and supportive fit is achieved from the Lycra fibre running through every course preventing sock slip and bunching, no matter how long the day.· MOISTURE MANAGEMENT - Transfers moisture away from the skin's surface, keeping feet dry, warm and comfortable.· THERMOFIT - Every Bridgedale sock is Thermo set to ensure a perfect fit. The sock will return to its designed size regardless of how many times it is washed.· FLAT TOE SEAM - The flat seam that closes the toe box is virtually invisible, reducing excess bulk which can cause irritation, resulting in a more comfortable fit.· SHOCKZONES - Extra comfort to areas of the foot and leg is provided by the advanced zonal padding system.· Y-HEEL - A 3D shaped heel cup helps ensure comfort by reducing excess bulk and slippage.Bridgedale socks are guaranteed for their lifetime against faults in workma nship and materials.