Materials

Materials

Cooloo’s in-house developed Endless Life® technology transforms waste streams into high-end material and products for interior design and construction. Take a look at our current material catalogue.

240424_Cooloo_Product_Materials.pdf

The materials are applicable to almost any substrate with Cooloo Endless Life® technology. Additionally Cooloo develops new materials based on customer demand.

Fiber Series

Residual or post-consumer fibers can be upscaled into upholstery and finishes for hard, soft and acoustic surfaces. They are suitable for the production and refurbishment of furniture, ceilings and walls. The multi-awarded ‘Cool series’ are made from recycled fibers like textile, cork, leather, olive and more.

The new addition of LayFlex, made from recycled latex, allows you to combine sustainability with a wide range of color options, offering both an environmentally friendly solution and versatile design possibilities.

For more details, please refer to the material documentation or feel free to contact us.

CoolCork

CoolJeans

CoolLeather

Layflex

Stone Series

For hard and sturdy surfaces, Cooloo’s recycled mineral-based materials are the circular and sustainable way to go. These materials can be applied to basically every surface to create concrete or stone-like looks. Their waterproof, UV-resistant, slightly flexible, and crack-bridging properties make this material very versatile and applicable for floors, stairs, walls, and facades.

For more details, visit the dedicated Econcrete page or watch the explanatory video.

Econcrete

Metal Series

Originating from the metal industries, this residual material gives Cooloo technology a shiny angle. Real steel, aluminum, mining dust, and other metals can be transformed into any shape or size with our application technology. The result is lightweight metal-looking objects and shapes that don’t deplete the critical metals that we require for the sustainable transition.

RealMetalRust

RealMetalCopper

RealMetalAlu

RealMetalMine

Feel free to reach out if you’d like more information or if you’re interested in developing a new material from your residual stream.