Perfect style and performance throughout the year. The Darcy short sleeve T Shirt for ladies works perfectly on the bike and across other active sports. A light grey marl body and comfortable soft comfortable neck line. Effortless design, excellent handle and drape to follow the form of the body. Designed to be a comfortable non cling fit yet fine enough not to bunch up under outer clothing. Offering a fashionable sports look with subtle branding on the back neck and hem to make it perfect for wearing any time.
Made using Merino Perform Advantage technology – a clever combination of super soft Australian Merino wool mixed with cooling and fast drying synthetic fibres. The result is a more advanced cooling and drying process making it perfect for wearing all year. The entire collection is carefully made in our own UK Factory in the beautiful Lake District using technical Merino Perform woven in Australia.
Australian Merino is famous for producing the finest lightest wool that wicks moisture from the skin keeping it dry and insulated and perfect at regulating temperature. By adding cool synthetic fibres to manage moisture transfer the garment does not cling onto moisture so is perfect in hot weather too. Unlike other types of wool Superfine merino fabric is soft and comfortable to wear without itchiness as each fibre has a silky outer layer. The collection is ideal for motorcyclists as has a high tensile strength as well as being highly breathable, fast wicking and drying.
Features:
- Fast “one way” wicking and drying
- Non cling, fine fabric
- Super soft seam construction
- Efficient Temperature regulation
- Breathable
- Naturally Odour resistant
- High tensile strength
- Natural elasticity keeps garments in good shape
- Easy care and washing with stain resistance
- High UV resistance providing protection from the sun
- Reassuringly safe, flame retardant
- Natural and renewable fabric
- Machine Washable and dries quickly
- Sizes S- 3XL
- Efficient Temperature regulation
- Breathable
- Naturally Odour resistant
- High tensile strength
