Shoes for sandblasting

Footwear profile and its usage advantages:

• uppers made from embossed full-grain leather with heat-resistant rendering
• uppers resistant of impact of small splashes of molten metal
• top area of the upper finished with a foot friendly leather safety collar, filled with latex foam
• vamp lining - Ibiline fibres, quarter lining Super Royal® fibres, made from materials with a high water vapor permeability, effectively moisture-wicking
• very good hygienic properties
• shape of the upper makes it impossible for sparks and splashes of molten metallic getting inside the footwear
• safety clasp enables a fast spanning of the spanning belt and removing of the footwear
• components of the upper are connected with kevlar strands with high thermal and mechanical resistance
• equipped with steel toe cap, effectively protecting the foot against hitting with an energy of 200J, the upcast of the toe cap effectively softened by a polyurethane foam, so the toe cap is undetected
• with a metallic antipenetration midsole protecting against penetration from the bottom with a strength to 1100N
• two layer sole PU/Rubber resistant to oils, petrol and other organic solvents, in contact area with the bottom - rubber layer, with high resistance to abrasion and cutting and diluted solutions of acids and bases (30% H2SO4 and 20% NaOH) and to temperature up to 300°C in contact of short duration. The inner layer of foamed polyurethane makes the footwear lightweight, flexible and effectively softens the unevenness of the surface
• assembling system - direct injection of polyurethane on a rubber layer ensures the reliability of the fusion of the sole with the upper
• perfectly protecting against slipping in the SRC class
• absorption of energy in the heel area
• durable and robust, recommended for hard working conditions
• waterproof from the bottom
• antistatic
• cold-insulating even in -25°C temperature
• high hygroscopic inlay sole
• produced according to French shoe numbering system in sizes from 39 to 48
• fitting - H ½