The shell of Catifa Carta is made from PaperShell, a new and revolutionary material derived from wood waste. PaperShell is the result of advanced scientific research that introduces an innovative process, significantly reducing the product's environmental impact. Arper is the first design company to use this material for a furniture product.

The base is made with a frame in aluminum or painted steel. 

PaperShell is a composite material based on kraft paper and a biobinder (natural resines), layered and pressed together, to form a thoroughly new material, that carries the name of the company itself: PaperShell, a Swedish start-up that was born in 2021 from the idea of the two founding partners, Anders Breitholtz and Mathieu Gustafsson, with the core belief that the solution to the climate crisis and a sustainable management of resources is found in nature.  This material is so solid and durable that it can become the shell of a chair, for example, but also components for electronics and automotive, snowboards and much more. Objects we know, but with a completely new impact on the environment. PaperShell dramatically reduces an object's impact on the environment by doing what trees - which PaperShell is derived from - do most naturally: it retains, technically "sequesters", carbon dioxide. The carbon sequestration potential of one kilogram of PaperShell is about 1.5 kilograms of CO2 equivalent. Ultimately PaperShell is a carbon sink, which means that it sequesters more CO2 that it releases during its production process.

PaperShell: Dust and common stains can be removed using a solution of water and well-diluted neutral soap. Clean and remove any substance or liquid that accidentally falls on the surface as soon as possible to prevent damage to the product. It is absolutely necessary to avoid the use of commercial stain removers, aggressive detergents or those containing bleach, furniture or floor waxes, solvents, or abrasive products for cleaning. Use a soft cloth and clean with gentle circular movements (particularly for matte finishes, as overly aggressive action can cause shiny streaks). Avoid sponges and scouring pads made of synthetic fibers or metal that could irreparably scratch the surfaces. Always dry the surfaces with a dry cloth. In case of doubt, test the cleaning solution on a hidden part to check the result, waiting at least 24 hours for any problems to arise. The material will change color over time, especially if exposed to sunlight; this should be considered a distinctive feature that attests to its natural beauty. Periodic and correct maintenance slows this process and prolongs the product’s lifespan. 

Chromed, anodized or lacquered surfaces: clean using specific products like standard home detergents diluted in lukewarm water. Do not use abrasive products or products containing acids or bleach. Do not use synthetic fiber or metal sponges or pads which may scratch the surfaces. Rinse thoroughly to prevent product residues from damaging the special finishing causing tarnish or oxidation. After rinsing, dry with a suede cloth. Polishing products for chromed or lacquered surfaces should not be used: they should only be used by trained staff and with the outmost care since the polishing process may irreparably damage the surfaces.

To ensure a safe use of the product, please regularly make sure all the connecting fastenings are tightened securely.

Yes, Catifa Carta, featuring its innovative PaperShell shell, offers natural fire resistance without the need for additional chemical treatments. It reshapes sustainability and safety standards by igniting minimally and self-extinguishing, providing safer and more sustainable solutions for fire-resistant applications.

Catifa Carta meets the following fire-reaction tests, making it compliant with the following market specific regulations:

- UK: BS5852 Section 12 Ignition Source Cigarette, Match and Crib 5

- France: NF P 92-501 Classification M3

- Switzerland: VKF - Fire index 5.3

- Italy: UNI 9177 - Class 2

The end-of-life management of the product is key to be regenerative and utilize the full carbon potential of PaperShell. When it comes to the end of life of an object, PaperShell material allows for a sustainable alternative to traditional incineration: the pyrolysis process. This burning process happens in absence of oxygen, hence avoiding the production of CO2 that would happen with a standard incineration process. Thanks to pyrolysis, CO2 is no longer released in the atmosphere, instead it remains densely stored in the structure of the material resulting from pyrolysis, called Biochar.

Biochar is made up of up to 90% carbon, which locks CO2 effectively, avoiding its release into the atmosphere. Science has proven that for every ton of carbon stored in biochar, about 3.67 tons of CO2 are prevented from entering the atmosphere. Biochar not only sequesters carbon but also improves soil health and reduces greenhouse gas emissions in comparison to standard incineration practices significantly. As a matter of fact, the key contributions of this project to emission mitigation are two: the avoidance of fossil carbon usage for plastic production through material substitution and the capability to sequester CO2 and store it in the ground. On top of it, another important aspect to take into consideration is the avoidance of emissions generated by the traditional production of soil amendment products. 

To ensure responsible end-of-life management for Catifa Carta, we invite you to contact us here.

For any questions or assistance, you can contact us here.