(LENZING™ Lyocell Filament)
As a step-change in wood-based cellulosic fiber technology, TENCEL™ Luxe introduces eco-botanic filaments, derived from the renewable resource wood on a commercial scale, with sustainability at its core based on an environmentally sound closed loop process.
The filament is derived from sustainable wood sources following the stringent guidelines of the Lenzing Wood and Pulp Policy. Lenzing is committed to sourcing wood from non-controversial sources and strives to protect ancient and endangered forests as well as high conservation value areas.
Eco Clean technology brings totally chlorine-free-bleached TENCEL™ Modal fibers to the textile industry, offering one of the most responsible and cleanest choices within all existing modal fibers.
A one-step spun-dyeing process incorporates indigo pigment into TENCEL™ Modal fibers. This new product delivers long-lasting indigo color with greater convenience and multiple environmental benefits.
The pioneering REFIBRA™ technology involves upcycling a substantial proportion of cotton scraps, in addition to wood pulp, to produce new virgin TENCEL™ Lyocell fibers.
Among Lenzing’s Lyocell and Modal fiber portfolio, Micro technology offers an even finer quality of lightness and exquisite softness, producing lightweight fabrics, based on the their fine titer.
Eco Clean technology brings totally chlorine-free-bleached TENCEL™ Modal fibers to the textile industry, offering one of the most responsible and cleanest choices within all existing modal fibers.
A one-step spun-dyeing process incorporates indigo pigment into TENCEL™ Modal fibers. This new product delivers long-lasting indigo color with greater convenience and multiple environmental benefits.
The pioneering REFIBRA™ technology involves upcycling a substantial proportion of cotton scraps, in addition to wood pulp, to produce new virgin TENCEL™ Lyocell fibers.
Among Lenzing’s Lyocell and Modal fiber portfolio, Micro technology offers an even finer quality of lightness and exquisite softness, producing lightweight fabrics, based on the their fine titer.
