Autoneum
Autoneum has introduced its latest innovation, N-Join1, a sustainable carpet system made entirely from recycled materials, free of latex and adhesives. This monomaterial solution represents a major step forward in environmentally responsible automotive interiors.
Developed using a unique one-step process, N-Join1 bonds the carpet surface directly to the substrate, which can include Autoneum’s Pure technology made from 100% polyester. This design not only simplifies recycling but also allows flexibility in design, meeting customer expectations without compromising sustainability.
Like other Autoneum floor components, N-Join1 ensures a high level of driving comfort by offering effective noise insulation within the vehicle cabin. It is also compatible with Di-Light carpet, which delivers a smooth, uniform appearance, even on curved surfaces.
N-Join1 allows for waste-free production and complete recyclability at the end of a vehicle’s life. The removal of latex further reduces water and energy use, resulting in a cleaner and more resource-efficient production process. This supports the broader automotive industry’s shift toward greener manufacturing practices.
W. L. Gore & Associates has unveiled new material innovations to help apparel manufacturers meet growing consumer demand for versatile…
Renfro Brands has expanded its partnership with supply chain technology provider Inspectorio to strengthen responsible sourcing, management, and traceability.
HKRITA has signed a landmark MoU with textile company Jeanologia and recycling specialist Looptworks to establish the Green Machine Circular…
Reju has joined Recycling Europe’s textiles division, strengthening its commitment to advancing circularity within the European textile industry.
Teijin Frontier has developed an polyester fibre technology enabling the production of a new textile offering high heat retention and…
CreateMe Technologies, specializing in automated apparel manufacturing, has announced partnerships with Avalo and Laguna Fabrics to launch Seed to System.