ISKO denim is revolutionising style by redefining sustainability The - Denim Première Vision
ISKO takes another leap forward, toward a more sustainable fabric production, with its SS26 collection entirely made of innovative Next-Gen materials.
ISKO brings fresh inspiration to its SS26 collection, combining as always innovation with a deep commitment to sustainability. This season, ISKO introduces ISKO Multitouch, ISKO Iconic, and ISKO Comfort2, each featuring Next-Gen materials as the main ingredient, which are made from end-of-life textile waste and perform the same as virgin materials. ISKO’s responsible materials define a collection that not only looks great but redefines how denim should feel and function. At the heart of this season’s collection are several transformative concepts.
ISKO Multitouch –
One fabric, infinite possibilities
An incredibly versatile fabric engineered to adapt to multiple finishes from a single base. By adjusting finishing techniques, brands can choose between soft, supple textures or a firmer feel, opening up a range of tactile possibilities without compromising sustainability. Multitouch also offers intricate 3D effects such as whiskers, cracked patterns, and embossed details—all achieved without resins or chemical agents, creating a bold look that doesn’t impact the environment. This adaptability has been designed to support a variety of fashion needs, from vintage-inspired looks to sleek, contemporary styles, positioning Multitouch as a go-to choice for brands embracing both flexibility and responsibility.
ISKO Iconic – Reinventing denim finishes
It delivers an entirely new approach to wash effects and color finishes. With exclusive coatings like Oxi and Proxy, the fabric achieves smooth, monochromatic effects in light rinses or adds dimension in deeper washes, while the Mirror Finish creates an unmistakable high-gloss look that remains intact through both light and heavy washing cycles. Additionally, Iconic introduces Matrix—a finish that gives denim a subtle, oily sheen reminiscent of the resin-washed looks in high demand today, lending a second-hand, worn-in vibe that’s perfect for the Y2K aesthetic revival. Available in both rigid and stretch options, Iconic brings a compelling versatility to the table that pairs perfectly with sustainable fiber innovation.
ISKO Comfort2 – Stressless
comfort
It steps up as a standout in performance and wearability. This fabric combines the stretch and softness of knitwear with the strength of woven denim, achieved through a unique dual-stretch weave that offers elasticity in both warp and weft. Ideal for a relaxed yet resilient fit, Comfort2 caters to the demand for denim that moves seamlessly with the body while remaining durable enough for daily wear. With ISKO Blue Skin™ offering 360° stretch and ISKO Reform™ technologies providing support in a range of weights, the collection is equipped to meet a variety of needs across casual and activewear, proving that comfort and sustainability can coexist beautifully.
ISKO’s signature technologies such as Revotec™ and ISKO Touch stand out in the collection, the former with its innovative and more sustainable process which uses less water than conventional methods and results in fabrics with a super soft hand and shiny finish, the latter taking softness and sustainability to a new level, delivering a natural and permanent soft touch that is durable and stays in the final garment.
Marco Lucietti, Director of Strategic Projects at ISKO, underscores this vision:
“Our SS26 collection showcases the power of fiber technology to elevate both design and responsibility. By merging recycled fibers with advanced fabric construction, we’re redefining the denim landscape, proving that brands can offer consumers unparalleled style and comfort while championing circular fashion.”
The collection’s sustainable backbone is in circulartech company—RE&UP, a commitment to textile-to-textile recycling that pushes beyond the limitations of traditional fiber production. By using RE&UP’s Next-Gen materials, ISKO replaces virgin raw materials with fibers that minimise waste and water use, without compromising on durability.
