No Title 0.07 MB
Registration Date 31 Mar 2018
Revision Date 31 Mar 2018

Native Planet Innergy Hiking Socks - Cold to Mid Weather Conditions


Textile Clothing



Hiking clothes & Jackets


The Far Infrared Technology is a groundbreaking fiber characteristic that will take your hiking experience onto a whole new level. As our body radiates energy through the skin in the form of low intensity infrared rays, the Innergy fabric reflects the energy back to the skin and preserves the heat, while moisture is being wicked away. The gentle heat that is emitted by the fibers invigorates the body and enhances muscle performance, elasticity and recovery. NILIT® Innergy users will experience reinforced muscle stimulation while exercising. This unique fiber also sports hydrophilic attributes that prevent the sock from wearing off with time, even after repeated washing. It also deters odors spontaneously thanks to its antibacterial qualities. These durability features become useful especially when you need to spend a few days wearing the same pair of socks. Made out of 69% Nilit Innergy (Nylon), 24% Polycolon, 3% Polyamide, 4% Spandex. The high performing Innergy sock sock has a triple-T cross-sectioned filaments, creating micro channels that increase the sock's vertical pressure and wick the moisture away from the skin, while keeping the hiker's foot dry and chilly. The NILIT® Innergy features "Micro-channels” in the fabric that, unlike any other type of fiber, naturally reject and pressurize the moisture away from its source. Flat-knit toe seam for extra long comfort * Y-shape hill support * Elasticized arch brace * Mesh zones for increased ventilation * Slip-free comfort top * Reinforced cushioning areas for impact absorption

Far Infrared Protection Body temperature regulation

Manufacturer's Description

Native Planet's Innergy hiking sock was dedicatedly designed for high performance hiking in cold to fair weather conditions. The unique NILIT® Innergy fiber features the revolutionary Far Infrared Technology (FIT) that absorbs and conserves our body's thermal energy while wicking moisture out.