- -30° C
- Double layer fleece for more heat, prevents air from infiltrating.
The RefrigiWear Extreme Socks 1030 combine the warmth of high-concentration merino wool and the durability of hi-splice nylon reinforcements — the sock for repeated extreme cold exposures. Mesh ventilation, cushioned sole, arch support. Rated to −30 °C. 15% off from 3 pairs.
The RefrigiWear Extreme Socks 1030 are engineered for the most demanding environments, where the sock must hold up as long as the professional wearing it. Their high-concentration merino wool composition delivers high-level thermal protection at −30 °C, complemented by a mesh ventilation zone on the top of the foot. Hi-splice nylon reinforcements in the toe and heel guarantee maximum durability under intensive wear. Cushioned sole, arch support, anti-slip welted top.
"The 1030 Extreme is the choice for professionals who push their socks to the limit — in both senses of the word. A high merino concentration for high-level natural thermal insulation, and hi-splice nylon reinforcements where a standard sock would give out in weeks. The mesh ventilation prevents perspiration from saturating the sock even in active conditions. Our recommendation for repeated exposures to −30 °C."
Recommended for use down to −30 °C*. The high-concentration merino wool delivers high-performance natural insulation. The mesh ventilation zone maintains the foot's thermal balance by wicking water vapour during active conditions — preventing perspiration cooling, the main risk in extreme cold.
Because at −30 °C, the sock must hold up as long as you do. The Extreme 1030 delivers maximum durability from hi-splice nylon reinforcements, the natural warmth of high-concentration merino wool and a mesh ventilation zone that keeps feet dry in active conditions. The reference sock for repeated extreme cold exposures. Rated to −30 °C. 15% off from 3 pairs.
* Indicative thermal rating. The sensation of cold depends on air flow intensity (ventilation), humidity, the intensity of the task performed and, above all, exposure time.
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