- -20° C
- High-profile thermal socks engineered for cold storage and industrial settings. Merino-rich construction for warmth and durability.
The traditional leather armour for heavy trades: heavyweight insulation and full mechanical shielding. The RefrigiWear 0319 cowhide glove is the historic equipment for professionals facing heavy and aggressive handling down to −32 °C. It stands out with maximum protection scores of 4/4 against abrasion, tearing and puncture. Built entirely from selected cowhide, it shields active hands from mechanical wear while delivering an exceptionally durable thermal barrier in the field.
The RefrigiWear Cowhide Leather Glove 0319 meets the demands of the most rugged field trades. Developed to counter continuous mechanical wear from raw wooden pallets, metal rolls and aggressive loads, it prioritises the natural thickness of full-grain cowhide above all else. Equipped with high-density foam thermal padding, it effectively blocks cold conduction down to −32 °C. It is the essential traditional personal protection tool for securing the hands of professionals who need grip, natural traction and durability.
"This model is a timeless classic that perfectly targets demanding indoor and outdoor environments. Where synthetic textiles wear through or get cut on wood splinters or sharp strapping, this full-grain cowhide takes the punishment without complaint. Its EN 388 certification scores are maximum (level 4 for abrasion, tearing and puncture). It needs a short break-in to soften, but delivers exceptional mechanical resistance and freeze protection at −32 °C with outstanding longevity."
Because on-site profitability depends on the longevity of your heavy-duty protection. By combining highly resistant full-grain cowhide with elite freeze protection (−32 °C), RefrigiWear delivers an indispensable work tool. It is the most rational investment for equipping indoor and outdoor professional fleets assigned to hard tasks, drastically reducing premature consumable replacement.
* Indicative thermal rating. Perceived cold depends on ambient humidity, airflow and the user's own metabolism.
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