Hello, I need a three-layer laminate fabrics 380g, in which the membrane is located between two layers of microfleece. Membrane does not let the wind through the tunnel structure of the pores, cold air, as it were, gets entangled in the labyrinth of micropores, forming microvorticles. Remarkable properties provide 100% wind protection and a high Show More...
Hello, I need a three-layer laminate fabrics 380g, in which the membrane is located between two layers of microfleece. Membrane does not let the wind through the tunnel structure of the pores, cold air, as it were, gets entangled in the labyrinth of micropores, forming microvorticles. Remarkable properties provide 100% wind protection and a high ability to breathe. Fleece cloth is used for the manufacture of jackets and trousers, headdresses, gloves and other products serving to preserve heat. In the modern outdoor industry, products made of this material are often used as a second, heating layer in a three-layer clothing system. The structure of the membrane grid WindBlock is designed for conditions of low and very low temperatures so that 80% of the body heat is reflected from the surface inwards and only 20% (excessive heat with active actions at low temperatures) exits through the membrane lattice. WindBlock membrane winding uses not polyurethane spraying to protect the membrane, but a dense polyester-structured pile (inside and outside the membrane) that protects the membrane from the effects of low temperatures, abrasion (both from the inside and outside) and creates an additional insulating air layer from inside the clothing From WindBlock. This three-layer structure of the membrane tissue completely removes the rustling effect.
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