Kedra Seamless Underpants Black
These underpants are designed for maximum performance and comfort, combining advanced materials and an eco-friendly design. Made from 100% recycled polyester, they use two high-tech yarns that optimize body heat management and sustainability.
Main features:
- Seamless technology: without seams to avoid chafing and irritation during movement, ensuring an ergonomic and snug fit.
- Ultra thin but with thermal retention: despite its lightness, the material ensures excellent regulation of body temperature, retaining heat when needed without being heavy.
- Advanced breathability: for effective ventilation, the underpants are equipped with strategically positioned micro-perforated zones that promote rapid evaporation of sweat.
Innovative and sustainable yarns:
- Recycled yarn with thermoreactive minerals: thanks to the integrated minerals, this yarn absorbs body heat and transforms it into infrared energy, improving microcirculation and providing a light thermal seal.
- Recycled yarn: obtained from recycled bottles, with 1 kg of yarn equivalent to approximately 100 recovered bottles. The sustainable production of this yarn allows to save 51.6% of energy and 86% of water.
These underpants represent the perfect balance between performance, comfort and respect for the environment, with an ultra-breathable structure and a lightness that does not compromise thermal protection, ideal for those who practice sports with awareness and determination.
Average thermal level (0°/+20°): ideal for the winter season and mid-season, except freezing weather. It is useful to take into account subjective perception and expected physical activity. The temperatures in our thermal levels are purely indicative.
Technical Data Sheet:
- fully recycled polyester
- with natural thermoreactive minerals
- seamless technology
- thin and soft
- ultra breathable
- perfect fit
- quick drying
- average thermal level (0°/+20°)
- unisex sizes
- composition: 70% Recycled Polyester VIFLO ® , 28% Recycled Polyester Repetita ®, 2% Elastane