- -50° C
- The dual thermal layer provides an almost instant warming effect.
The premium leather armour for extreme cold: superior grain leather, reinforced insulation and absolute longevity. The RefrigiWear 2960 Gold glove is the heavy-duty equipment for intensive handling down to −32 °C. Built from superior gold grain leather selected for its high abrasion resistance, it delivers an impenetrable barrier against freezing during the most demanding tasks. Its heavyweight structure focuses on what matters: extreme mechanical resistance to pallet and roll wear, combined with dense thermal insulation to durably block industrial cold.
The RefrigiWear 2960 Gold glove embodies the brand's historic expertise in raw hand protection. Designed for workposts demanding total mechanical resistance, it is built entirely from superior gold-tinted grain leather selected for its endurance on abrasive surfaces. This robust model is the ideal shield against puncture and tearing risks during heavy handling in cold stores or on outdoor worksites. Effectively insulated to maintain thermal comfort down to −32 °C, it integrates an insulating knit wrist to block frozen air entry.
"The 2960 Gold is the power glove par excellence, praised for its exceptional longevity. Where synthetic textiles wear through quickly on raw pallet wood or the metal corners of storage racks, this superior grain leather absorbs daily friction without complaint. It is a massive, heavily insulated model that needs a short break-in to mould perfectly to the operator's hand, but delivers absolute thermal protection at −32 °C and unbeatable financial payback for logistics fleets."
Because on-site profitability depends on the durability of your heavy-duty protection. The RefrigiWear 2960 Gold stands as the most robust leather armour on the market against abrasion and freezing (−32 °C). It is the most rational logistical choice for durably equipping operators assigned to heavy, repetitive handling, limiting premature consumable replacement.
* Indicative thermal rating. Perceived cold depends on ambient humidity, wind speed and the user's own metabolic intensity.
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