Tencel ™ Lyocell fibers are obtained from the raw material wood (grows on certified and controlled cultivation areas) according to the strict guidelines of Lenzing’s wood and pulp policy. Tencel is one of the few fibers made in Europe. The timber industry in Central Europe has been geared towards sustainability for decades.
Everything about the sustainable raw material Tencel
Tencel ™ Lyocell fibers are obtained from the raw material wood (grows on certified and controlled cultivation areas) according to the strict guidelines of Lenzing’s wood and pulp policy. Tencel is one of the few fibers made in Europe. The timber industry in Central Europe has been geared towards sustainability for decades.
The natural fibers are produced in a closed production process. Pulp is converted into cellulose fibers with high resource efficiency and low ecological impact. The process water is recycled, meaning more than 99% of the solvent is reused. This manufacturing process was awarded the European Environmental Prize by the European Commission in the “Technology Prize for Sustainable Development” category in 2000.
Because of the smooth fiber surface, Tencel™ Lyocell absorbs moisture much more efficiently than cotton. This supports the body’s natural thermoregulation and gives the skin a refreshing and dry feeling.
Even at high temperatures, the fiber retains its properties and has a light, pleasant and cooling effect.
Tencel ™ Lyocell fibers absorb moisture much more strongly than, for example, polyester and other synthetic fibers due to their excellent moisture management. Therefore, there is significantly less moisture on the fiber surface for bacteria to grow. Tencel™ Lyocell fibers are an extremely unfavorable environment for bacterial growth and are therefore much more hygienic than synthetic fibers. Lyocell is therefore particularly popular with people with neurodermatitis and skin irritations.
Due to the ability to absorb moisture, Tencel ™ Lyocell fibers are tension-free without electrostatic charging. Under normal atmospheric conditions, there is no electrostatic charge compared to synthetic materials.
The electrostatic charge built up over the day is dissipated upon contact and can no longer build up overnight.