Anatomicos confort
An anatomical insole, combined with a outersole following the shape of the foot, reduces stress on the joints and spine, cushioning each step. The upper material, due to its structure and properties, takes any shape of the leg, fitting tightly and fixating it for convenient use. The inner materials are made of hypoallergenic fiber and treated with an antiseptic that eliminates unpleasant odors. Outersole material is highly elastic and cushioning.
Ultra lightweight footwear
This insulated winter boot weighs only 370 grams
Natural lining
Genuine leather, wool or baize
Genuine Leather
The upper is genuine leather only
Waterproof footwear
This footwear does not allow moisture in.
Puratex membrane
Repels moisture but lets air through
Direct sole molding technology
The №1 technology in reliability ranking
Thinsulate
A thermal insulator, “warmth without extra space”, with fibers 50 times thinner than the hair strand
Basf sole
A lightweight, highly elastic sole
Eva sole
EVA technology for exible and lightweight soles.
Removable heat insulator
This footwear uses removable heat insulator.
Winter type of heat insulation
This footwear uses winter type of heat insulation.
Multilayer thermo-insulated insole
This insole is made from several layers of high-quality materials allowing to retain heat and ensuring soft walking and optimal absorption of jolts during walking.
Polyvinylchloride
Highly resistant to moisture, acids and alkali. Polymeric footwear is produced using the molding method which provides protection against leaking, and has wear-resistant sole with non-sliding protector. The midsole is made from lightweight foamed polymer which gives footwear heat-protective and amortizing properties. The bootleg is welded to the sole.
Thermoplastic rubber
Has low density, and therefore, weights less than other materials. Moisture resistant. However, TPR does have superficial pores which provide high degree of heat protection. In addition, TPR, like other porous rubbers, is an elastic material providing good amortization properties. Thanks to this characteristic, footwear with TPR sole relieves excessive pressure on legs and spine.
Maximum flexibility
The elasticity of this footwear is achieved by using the Strobel method of attaching the sole. The Strobel method features glueless attachment of the main insole to the blank, helping preserve the footwear's flexibility while making it more comfortable. In addition, this method envisages direct molding of the sole right on top of the blank.
