Superanatomic – unlike standard gloves on the market, our glove is designed and manufactured with regard to the real anatomical shape of the human hand. The thumb is shaped anatomically towards the palm of the glove, which does not create “folds” and the glove properly encloses the hand. Another adjustment is for the little finger – the little finger is placed on the hand a little lower than the other fingers, our glove takes this anatomical element into account, and the little finger is placed lower on the glove than the other fingers. Wash the gloves by hand by squeezing in a detergent bath at a maximum temperature of 3040°C. After washing, rinse them several times in clean lukewarm water. Drain the gloves gently by squeezing – without twisting. Spread the wet gloves on a flat surface, carefully level them in their original shape, and allow them to dry slowly.
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Natural material without chemical treatment Adaptability to the shape of the hand, when worn for a long time, the glove retains its shape according to the hand of the wearer Good moisture insulation Hygroscopy wool insulates well against the cold, even when wet Warmth dry heat The robust woolen knitted fabric of these gloves is modified and compacted using a special technology to increase its thermal insulation performance and resistance to penetration of cold wind and loose snow. At the same time, the glove remains breathable from the inside and thus prevents excessive sweating of the palms, thus preventing the creation of an environment for the multiplication of bacteria on the skin, which further strengthens the natural antibacterial properties of sheep wool. Schoeller pure wool yarn used, from which these gloves are made, meets the world’s strictest Swiss environmental standard bluesign.
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AntiCut MAX5 this glove is created from a special composite yarn Brinix N5 with steel, polyethylene, polyamide and other ressistant fibres. Retaining fine glove features (feeling in fingers) this glove reaches outstanding values of both abrasion and cut resistence according to EN 388. This glove cannot be practically compared with the Aramid one a similar glove would be produced very hardly. The gloves do not contain any glass fibres, which break to pieces during work! These gloves are particularly suitable for assembly work, handling sheet metal, handling construction materials, etc., where there is a risk of cuts, scratches, and abrasion. Due to its construction, the glove has an excellent grip ability.
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Sharpking this glove is created from a special composite yarn with glassfiber, polyethylene, polyamide and other ressistant fibres. Retaining fine glove features (feeling in fingers) this glove reaches outstanding values of both abrasion and cut resistence according to EN 388. These gloves contain glass fibres. These gloves are particularly suitable for assembly work, handling sheet metal, handling construction materials, etc., where there is a risk of cuts, scratches, and abrasion. Due to its construction, the glove has an excellent grip ability. Gloves are offered in different versions GRIP – gloves are fitted with nonslip PVC dots SKIN – split cow‘s leather is sewn on the palm; these gloves are primarily used for handling oily sheet metal, on assembly lines, in the construction industry for handling rough materials, in the repair of agricultural machinery, etc. The glove is even resistant against punctures in the reinforced split leather area.
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Protective fivefingers gloves, the outside layer is made of the Kevlar© (Aramid) fibre and the inner layer is the loop wave cotton insert. The gloves are designated as a protection against contact heat of 250°C. In the practice it means that any object of 250°C can be held by this mitten longer than 15 sec. In addition these mittens guarantee a high cut resistance. The comparison table of values according to EN 388
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