Boards from Recycled Textiles

21upcycling is redefining high-pressure laminate (HPL) production by replacing traditional kraft paper with recycled textile residuals. The result is a durable, high-performance material that meets the demanding standards of furniture, wall cladding, and interior design applications.

Our HPL combines strength, stability, and sustainability, turning textile waste that would otherwise be discarded into a premium surface solution. It’s innovation you can see, touch, and build with—perfect for modern, circular interior construction.

We transform textile waste into high-performance materials. Our laminate flooring is produced using recycled textile fiber composites, giving discarded fabrics a new life as durable, high-quality floor panels.

The innovative composite core combines strength, stability, and excellent dimensional performance while significantly reducing the need for virgin resources. By replacing conventional wood-based materials with recycled textile fibers, our flooring contributes to a circular material economy and lowers the environmental footprint of interior construction.

The result is a modern laminate flooring solution that delivers reliability, aesthetics, and sustainability - designed for the next generation of responsible building materials.

21upcycling and Foldstar Inc. introduce a new generation of lightweight construction panels made from recycled textile materials. At the heart of the innovation is an AI-optimized folded core structure that maximizes strength while minimizing material use and weight.

The result: a lightweight board that carries more, weighs less, and consists of up to 90% recycled textile fibers - materials that would otherwise be incinerated.

Designed for sustainable interior construction and modern design, this technology turns textile waste into high-performance building materials and sets a new benchmark for circular lightweight structures.

Textile Fiber Composites are innovative materials made primarily from recycled textile waste and cellulose, turning discarded fabrics into valuable, high-performance resources. By repurposing materials that would otherwise end up in landfills, these composites combine sustainability with functionality.

Their unique structure allows for embossing and other surface treatments, making them ideal for creating textured, visually striking wall panels, interior elements, and custom design applications.

This approach not only reduces environmental impact but also opens new creative possibilities for architects, designers, and manufacturers seeking eco-friendly, versatile solutions

21upcycling is redefining high-pressure laminate (HPL) production by replacing traditional kraft paper with recycled textile residuals. The result is a durable, high-performance material that meets the demanding standards of furniture, wall cladding, and interior design applications.

Our HPL combines strength, stability, and sustainability, turning textile waste that would otherwise be discarded into a premium surface solution. It’s innovation you can see, touch, and build with—perfect for modern, circular interior construction.

We transform textile waste into high-performance materials. Our laminate flooring is produced using recycled textile fiber composites, giving discarded fabrics a new life as durable, high-quality floor panels.

The innovative composite core combines strength, stability, and excellent dimensional performance while significantly reducing the need for virgin resources. By replacing conventional wood-based materials with recycled textile fibers, our flooring contributes to a circular material economy and lowers the environmental footprint of interior construction.

The result is a modern laminate flooring solution that delivers reliability, aesthetics, and sustainability - designed for the next generation of responsible building materials.

21upcycling and Foldstar Inc. introduce a new generation of lightweight construction panels made from recycled textile materials. At the heart of the innovation is an AI-optimized folded core structure that maximizes strength while minimizing material use and weight.

The result: a lightweight board that carries more, weighs less, and consists of up to 90% recycled textile fibers - materials that would otherwise be incinerated.

Designed for sustainable interior construction and modern design, this technology turns textile waste into high-performance building materials and sets a new benchmark for circular lightweight structures.