Softshell jacket

Softshell jacket with three fastened with a waterproof zipper & nbsp; pockets and with a detachable hood. The material is a modern three -layer and light polyester fabric with the addition of spandex with a special structure of microotwars, which block the penetration of water drops inward and at the same time allow sweat evaporation in the form of water vapor outside the material. The jacket perfectly maintains the body's warmth with comfortable air circulation and will successfully replace a heavy sweatshirt with hardly breathable fleece. The middle layer of laminate made of thermoplastic polyurethane will provide water resistance even during moderate rain. Basic data Material: 96% polyester, 4% spandex weight: 320 g/m² Work organization pocket with a waterproof zipper on the left breast two pockets with a waterproof zipper in the area of ​​the waist in the waist area. (m² of material withstands the pressure of a water column with a height of 8 m
8000 mm). Breathability of 3000 MVP (approximately 3000 g of water/sweat evaporates from 1 m² of material outside within 24h) Fastening on a waterproof zipper pin pinned with zipper with an additional zipper Velcro hooks on the front collar sleeves ended with cuffs with Velcro closure adjustment width at the bottom of the jacket using wrappers with a blockage combination of comfort of use appreciated by users of ski clothing with the functionality of work clothing meets the requirements of Regulation (EU) 2016/425 for work clothing and category. Water resistance parameter so far most often used in ski clothing expresses the resistance of the m² of material to the pressure of a millimeter of water pole. 0
1500 mm
almost zero water resistance, work in dry conditions 1500
5000 mm
water resistance for light rain and delicate snow 5000
10,000 mm
water resistance for moderate rain and snow 10,000
15000 mm
water resistance to heavy rain and snow without a large wind Breathability otherwise a couple-permeability means the ability of the material to lead sweat in the form of steam outside the material. The higher the parameter, the more effective the air circulation. Values ​​between 2000
5000 MVP are a compromise between maintaining body warmth and the comfort of working in moderate physical activity, e.g. when working at a construction site.