Next-Gen Textiles, a New Era

Aiming to reduce the environmental impact of the textile industry through responsible production techniques, Next-Gen Textiles strengthen sustainability by offering energy-efficient solutions.

“Smart” sustainability

When it comes to functionality, the innovations offered by Next-Gen Textiles are virtually limitless. Features such as waterproofing, antibacterial properties, flame retardancy, and temperature regulation—already present in everyday applications—are being further enhanced through innovative coatings and nanomaterials. Fabrics equipped with sensors can precisely detect physical stimuli. Materials capable of measuring sweat pH levels and changing color accordingly, or converting vital data into electrical signals, integrate seamlessly with smart devices thanks to their flexible and durable structures, enabling a wide range of applications.

Internet of Things (IoT) technology is further embedding smart textiles into daily life. These textiles are used in areas such as vital data monitoring, energy generation, and smart home systems. Beyond functionality, they also stand out for their environmental benefits. Responsive to environmental stimuli and user data, these products improve resource efficiency by saving energy throughout both production and usage processes.

Advanced production techniques

Advanced manufacturing methods such as 3D printing, biofabrication, and digital textile printing enhance personalization in design and precision in production. These techniques combine functions such as waterproofing, microbial protection, and self-cleaning within a single material, offering a more efficient production process. By reducing the energy and chemicals required for cleaning, and incorporating technical features such as signal shielding, electrical conductivity, and heat transfer, these materials find broad applications not only in fashion but also in healthcare, safety, and energy sectors.