Stone Island’s “Ice” Line stone island art Is Style Tech At Its Best
Colour-changing clothes have never actually fascinated me. Nonetheless, by a pal I discovered the piece of clothing that made me change my thoughts: the “Ice Knit” crewneck sweater from Italian brand Stone Island. The uniqueness of the sweater lies within the double knit development, where the outside is made from thermo-sensitive yarn (thus altering coloration when exposed to the chilly) and the inside is product of pure wool.
Stone Island_AW ‘017 ‘018 547B4 ICE KNIT_THERMO Delicate YARN Crew neck sweater made with double knit construction. For the outer face an unique thermo-sensitive yarn drastically changes color when uncovered to chilly. The inside is in pure wool. #StoneIsland #IceKnit #StoneIslandKnitwear
Ein Beitrag geteilt von Stone Island (@stoneisland_official) am eleven. Sep 2017 um 7:58 Uhr
Stone Island might not be in your style radar, but there a a number of reasons why it needs to be. The corporate was based in 1982 by Italian designer Massimo Osti. The brand has made a name for itself with its intensive research into fibers, textiles, dying methods and surface therapies, implementing the leads to innovative designs such because the Frost Finish line or the Ghost capsule collection. Principally, what we count on to see sooner or later, Stone Island has been doing since its beginnings: rework, enhance and optimize clothing through various strategies and processes. Based on the weblog FashNerd.com, Stone Island has “discovered new materials and production strategies that have never previously been used in the clothes industry.“
STONE ISLAND FOR SUPREME_LAMY Cowl Down jacket in Lamy Cowl, a hyper mild nylon tela, digitally printed with and exclusive Supreme artwork and then laminated with an outer polyurethane movie. The piece is assembled and then instantly injected with the finest feathers. The direct injection of feathers enhances the general lightness of the garment. Removable hood with strap and buckle. Fleece face mask in the hood, with black reflective Stone Island/Supreme Compass print. Stone Island/Supreme Compass print on back. Made solely for Supreme. STONE ISLAND FOR SUPREME_COTTON FLEECE WITH REFLECTIVE PRINTS Sweat pants in cotton fleece. Garment dyed. Reflective switch print of the Stone Island/Supreme Compass on left thigh. Supreme reflective switch print above the again pocket. Reflective transfer tab print on lower legs. Made solely for Supreme Obtainable beginning October 5th in Europe and North America and from October seventh in Far East – at Stone Island flagship stores, on stoneisland.com, stoneisland.co.uk and solely on the Stone Island App for US and Canada. Accessible on supremenewyork.com and in Supreme shops. #StoneIslandSupreme #StoneIsland #Supreme #LamyCover #GarmentDyed
Ein Beitrag geteilt von Stone Island (@stoneisland_official) am 2. Okt 2017 um 4:04 Uhr
2017 was a related year for Stone Island by way of commercialization. The garment producer got to collaborate with the iconic streetwear and skateboarding model Supreme for Fall/Winter 2017-18. The collab-assortment encompasses 22 pieces, which launched on October fifth 2017. One of the most stellar garments is the Lamy Cover down jacket made from tremendous lightweight nylon, treated with polyurethane on the surface (water resistant and warming) and showcasing an unique Supreme Artwork floral print, which was digitally printed onto the jacket. Unsurprisingly, all the collection is offered out online.
And now, the label has just dropped another vogue tech treat: the “Ice Jacket Si Check Grid Camo”. The thermo-sensitive yarn modifications not just in color, but transforms from creme white right into a camouflage sample when the temperature drops. Nothing cooler to beat the winter chilly.
Stone Island_AW ‘017 ‘018 ICE JACKET SI Examine GRID CAMO _ Outerwear pieces made in brushed cotton tela with thermo-sensitive resin print. The camouflage sample – based on the interpretation stone island art in varied sizes of the Stone Island Verify Grid – seems at decrease temperatures.