The textile industry is rapidly evolving with the emergence of multifunctional fabrics powered by advanced technologies. From anti-static and anti-dust protection to heating textiles, these materials are reshaping both technical and everyday applications.
By adding graphene nanotubes, textiles gain reliable electrical conductivity and enhanced functionality, enabling their use in medical fabrics, protective workwear, automotive textiles, and construction heating systems. This innovation paves the way for durable, high-value textiles suited for both conventional and next-generation applications.
The electrical conductivity introduced by graphene nanotubes not only provides textiles with the essential ESD protection required in ATEX-sensitive environments but also unlocks a range of highly valued functional properties, such as dust repellence and touch-screen compatibility, among others.
Thanks to their ultralow effective dosages, graphene nanotubes maintain the original durability, mechanical strength, softness, flexibility, and color palette of textiles, without causing carbon release on the surface or irritation to the skin.
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Graphene nanotubes upgrade polyurethane upholstery with durable anti-static and anti-dust performance, keeping artificial leather seats used in cars, hospitals, airports and other industries cleaner and safe from electrostatic buildup, with minimal maintenance. These enhancements make synthetic leather a high-performance, long-lasting alternative to expensive, hard-to-maintain genuine leather.
Protective clothing with graphene nanotubes provides durable anti-static performance while maintaining fireproof and chemical-resistant properties. Nanotubes enable compliance with EN 1149, IEC 61340, and ASTM D6413, ensuring protection against sparks, molten metal, high temperatures, and electrostatic discharge. The clothing also offers no carbon release and allows expansion of the color palette.
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Graphene nanotubes give industrial gloves ESD protection and touch-screen compatibility in compliance with EN 16350. They also maintain resistance to abrasion, cut, puncture, alkali, hydrolysis, and microbial attack, while providing a soft-touch feel. This combination supports safer, more efficient, and automated industrial workflows.
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