PEARL IZUMI THRM CYC BIB bib tights

Бестселлер
107742503
53 593 AMD
Размер:S
  • Бренд Pearl Izumi
  • Доставка из Испании
  • Курьер DHL 7 июня
  • Стоимость доставки заказа в Армению от 132 674 AMD

Сроки доставки указаны ориентировочно и зависят от региона доставки. Подробнее на этой странице

Характеристики

Прочие свойства

Бренд
Pearl Izumi

Свойства

Цвет
Черный
Размер
S

Описание

This go-to women’s cycling tight is made for those days when comfort depends on consistent warmth, thanks to our soft and cozy thermal fleece fabric. It’s stretchy enough to allow for fewer panels so that it moves with you seamlessly. Wide, flat bib straps allow a barely-there, yet supportive fit and our best-in-class droptail design allows nature break convenience without the need for zippers or clasps. Because wet is the enemy of warm, we add full PI Dry® water-shedding technology to ward off splashes and light rain. To boost low-light visibility BioViz® reflective elements appear on the back of the calves, high enough to show above any shoe covers or booties, as well as on the hip. And our plush dual-density Women’s Levitate™ Plus chamois provides exceptional comfort for as long as you wish to ride. Features: - Ultra-soft Thermal fleece fabric for pedaling comfort and thermal regulation - Made with recycled content - Best-in-class drop-tail design for ultimate nature break convenience - Thigh cargo pockets provide additional storage options - Dual-density Levitate™ Plus chamois pad reduces friction for all day comfort - PI Dry® technology for permanent water-shedding performance - BioViz® reflective elements for low-light visibility Specifications: - Fabric: 56% Recycled Nylon, 30% Recycled Polyester, 14% Lycra® Elastane Care: - Wash with simple detergents without additives (Clear or Free). Wash gentle cycle. Close all zippers and hook and loop closures (“Velcro”). Tumble dry low (fabric should not be hot to the touch). When in doubt (or to save energy) hang dry. Do not use dryer sheets. Products with scents, softeners, etc. will inhibit performance of technical fabrics.