Zero RH + White-Red-Black Logo Men's Jacket

WD Platinum Biomorphic 4WS 66% PA 18% PU 16% EA (colors) 67% PL 18% PU 15% EA (white) Biomorphic: from cycling to ski slopes. It is the maximum expression of rh + DNA in the snow world and was created by combining the properties of laminated fabrics, which offer waterproofness and breathability, with the soft and elastic hand of those used in the Cycling line. The top of technicality for the most demanding skier. Protection from the elements and freedom of movement. Features: positioned at the top of waterproof fabrics, the WD Platinum Biomorphic 4WS has always been a term of comparison in the world of skiing for ergonomics, breathability and protection, which translate into exceptional comfort, in all weather conditions. The particular lamination process HONEYCOMB LAMINATION, of the hydrophilic polyurethane foil with the highly elastic multidirectional fabric, combined with the heat produced by the human body during the effort, creates a thermoforming action allowing the garment to better support the movements of the skier, ensuring thus a perfect fit and a performing fitting; at the same time the air cells trapped in the membrane ensure further insulation. The WD Platinum Biomorphic 4WS fabric is also presented in the Dual Cell version, with aerodynamic calendering. The heat tapes inside the garments made of WD Platinum Biomorphic 4WS fabric ensure waterproofness.

Water resistance: 20,000 mm ISO 811 test for waterproof / water resistance values

Breathability: 15,000 gr / m2 / 24h

Water repellency: 10 wash cycles INSULATION: Body: TD Gold 150gr 100% PL Sleeves: TD Gold 115gr 100% PL This padding designed by rh + for a manufacturing process with a higher yield, offers the right thermal insulation at a low thickness and therefore ensuring a soft and comfortable hand. Thanks to the particular manufacturing process it is possible to contain the thickness of the entire wadding without significantly altering its thermal output, thanks to the high volume of air contained inside. It is thus possible to have the necessary freedom in designing the garment to favor ergonomics and elasticity, at the basis of the comfort of each rh + garment, without compromising on style and thermal performance.