Long sleeve top, can be used as a first or second layer, made with two fabrics distinguishing body areas.
- Polartec® Power Grid® recycled, thick and brushed in the front.
- Polartec® Power Grid® light and non-brushed in the back for better breathing.
- Flatlock seams to avoid chaffing.
- Reflective logos.
https://www.ternua.com/es/camiseta-kanjut-top.html21794KANJUT TOP T-SHIRTLong sleeve top, can be used as a first or second layer, made with two fabrics distinguishing body areas.
- Polartec® Power Grid® recycled, thick and brushed in the front.
- Polartec® Power Grid® light and non-brushed in the back for better breathing.
- Flatlock seams to avoid chaffing.
- Reflective logos.https://static.ternua.com/media/catalog/product/1/2/1205353-5482-1-CAMISETA-KANJUT-TOP-B.jpg0outofstock00000https://static.ternua.com/media/catalog/product/1/2/1205353-5482-1-CAMISETA-KANJUT-TOP-B.jpg2016-11-02T17:02:28+0000HombreProtech Series
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The KANJUT TOP men's T-shirt from Ternua is designed for mountaineering, hiking, trekking and ice climbing. Made from recycled Polartec® Power Grid®, this quick-drying garment will provide you with maximum lightness and breathability, taking the moisture away from your body while maintaining optimal body temperature thanks to its thermoregulatory function. The KANJUT TOP, awarded the prestigious APEX prize in 2013 and used in their expeditions by climbers of international stature such as Alberto Iñurrategi, also incorporates flat seams for greater comfort and reflective logos.
Los tejidos Polartec® Power Grid™ están diseñados para mantener la piel seca cuando se suda. Todos los tejidos de esta serie presentan una construcción de punto que consta de dos componentes y utiliza hilos diferentes en cada cara del tejido. Esto crea dos superficies distintas: una, que está optimizada para alejar la humedad de la piel y otra, para secar rápidamente. Los largos filamentos del tejido en la cara interior crean puntos de contacto para alejar el sudor de la piel. Los canales de aire abiertos entre esos filamentos aseguran que el tejido proporciona los más altos niveles de capacidad de transpiración, de compresión y de calor por peso.
