- -20° C
- Thin fleece cap for standalone use or under a helmet. Adds warmth and comfort in cold conditions
The alliance of natural wool and leather for failsafe thermal insulation. The RefrigiWear 0521 is a premium professional glove designed for severe cold down to −18 °C. Ideal for outdoor tradespeople, technicians and logistics operators, it combines a robust Ragg wool outer structure with a fully reinforced genuine leather palm for durable grip. With 80g thermal insulation and a soft fleece lining, it delivers formidable thermal protection while naturally wicking moisture away.
The RefrigiWear 0521 glove stands out as the ideal solution for operators seeking natural warmth without compromise on robustness. Made from thick Ragg wool knit, it benefits from the unique thermoregulating properties of this fibre — capable of retaining body heat even when exposed to moisture or snow. Designed for active work in severe cold (down to −18 °C), it is equipped with a genuine leather palm and finger reinforcements. This bi-material structure delivers excellent mechanical resistance when handling tools or loads, while lasting far longer than a standard knit glove.
"The 0521 is an essential classic for outdoor winter work, delivery and trades. Unlike 100% synthetic gloves that lose their insulating power once wet, its wool structure continues to protect the hand. The addition of a genuine leather palm brings the grip and abrasion resistance needed for heavy equipment handling without destroying the knit. It is a robust, no-nonsense glove with formidable thermal effectiveness thanks to its 80g insulation and fleece lining combination."
Because it combines the best of nature and industrial protection. Where synthetic fibres show their limits under intensive outdoor use, the virgin wool and leather of the RefrigiWear 0521 guarantee a breathable, durable thermal barrier down to −18 °C. The perfect investment for demanding professionals seeking a comfortable, authentic glove built for tough winter days.
* Indicative thermal rating. Perceived cold depends on ambient humidity, wind exposure and the user's own metabolic activity level.
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