- -50° C
- Knee-length design. Ideal for supervisors or visitors in cold storage and extreme temperature environments.
The alliance of ArcticFit agility, cut resistance and anti-shock shielding. The RefrigiWear 2790 ArcticFit Max is a high-performance technical glove designed for tough cold environments down to −30 °C. Ideal for logistics operators and outdoor professionals, it stands out with exceptional mechanical resistance — rated maximum 4/4 for abrasion and cut resistance. Its fitted synthetic leather structure preserves excellent dexterity for precision tasks, while knuckle reinforcements on the back effectively protect against impact.
The RefrigiWear ArcticFit Max Glove 2790 was specifically developed for professionals who refuse to sacrifice agility to stay protected from the cold. Built from cutting-edge synthetic leather that mimics the precision of genuine leather without its stiffness, it remains incredibly supple even at −30 °C. This comprehensive model delivers a dual safety response in the field: active insulation against the bite of cold through its Fiberfill lining, while protecting the entire hand (palm and back) against daily mechanical hazards such as cuts, premature wear and impact.
"The 2790 stands out for its indoor/outdoor versatility. It is not just a thermal warehouse glove — it is the perfect tool for demanding handlers and tradespeople who need to 'feel' what they are working with while still having a genuinely firm grip. Its synthetic leather structure offers immediate suppleness with no break-in period, and the soft protective pads on the back of the hand put an end to the painful knuckle impacts that occur when working in tight spaces."
Because it resolves the dilemma between heavy protection and freedom of movement. By combining ultra-supple synthetic leather with an anti-shock shield on the back, the RefrigiWear 2790 secures active hands down to −30 °C. It is the ideal glove for logistics and outdoor professionals handling medium to heavy loads and demanding failsafe grip without muscular fatigue.
* Indicative thermal rating. Perceived cold depends on ambient humidity, wind exposure and the user's metabolic intensity.
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