Rock Experience REWC02611 0208 TELLER HOODIE WOMAN FLEECE Sweatshirt Women's CAVIAR M

Rock Experience Teller Full Zip Fleece. The Teller sweatshirt is an innovative garment designed for aerobic activities, with particular attention to thermoregulation and comfort. The sweatshirt is made with high-quality Italian fabrics. The body of the sweatshirt is made from a combination of fabrics polyester and merino wool. Merino wool improves thermoregulation while the polyester fabric features a grid structure that retains body heat and at the same time wicks away moisture, keeping the body dry even during intense physical activities. The hood and bottom of the sweatshirt are finished with Lycra tape to ensure a snug, unrestricted fit. The internal cuffs are made with double lycra for optimal comfort. The Teller sweatshirt is a versatile and technical garment, ideal for outdoor activities, particularly during intense physical activities where thermoregulation and comfort are essential for optimal performance. With high-quality materials and a well-thought-out construction, this sweatshirt is an excellent choice for those looking for durable, performance clothing. Specifications:Material:- Fabric 1: Stretch polyester with grid on backside 94% PL, 6% EA 238 gsm- Fabric 2: Mixed merino plain fleece 67% PL, 26% Virgin WO, 7% EA 200 gsm. tradeinn Trekkinn

REWC02611;TELLER HOODIE WOMAN FLEECE;Women;SWEATSHIRT;94 PercentPOLYESTER 6 PercentELASTANE;Zip;Synthetic Merino wool improves thermoregulation while the polyester fabric has a grid structure that retains body heat and at the same time wicks away moisture Merino wool improves thermoregulation while the polyester fabric features a grid structure that retains body heat while at the same time wicks away moisture The hood and bottom of the sweatshirt are finished with lycra tape to ensure a snug fit without restrictions Versatile and technical garment, ideal for outdoor activities, especially during intense physical activities where thermoregulation and comfort are essential for optimal performance