Material made from post-consumer recycled rubber granules obtained from used truck, car and aircraft tyres. It is used as an alternative to virgin rubber in the manufacture of safety flooring and sports surfaces.

Material made of plant proteins, biopolymers, and recycled rubber, with over 80% renewable carbon content. Post-consumer tyre waste containing rubber is collected, shredded and, through a chemical recycling process, pyrolysis oil is obtained. This is used as a substitute for fossil raw materials to produce polyamide 6 polymer. Characterised by a uniform structure that guarantees consistent quality from batch to batch, the material is easily adaptable to any post-tanning and finishing process as it does not require cold storage or stabilisation. It is used as a substitute for animal leather.

Material made from 100% pre-consumer and post-consumer recycled polystyrene, sourced from discarded refrigerators and CD cases. Characterised by a glossy surface and high structural integrity, it is used in the manufacture of furniture and worktops.

Material consisting of 65% of a hybrid of hazelnut and pistachio shells, sourced from food or agricultural waste, combined with a binder composed of 53% plant-based substances. Characterised by a robust surface, wood-like surfaces with distinctive natural textures, it is used in the manufacture of cladding.

Material made from 25% esparto grass, a perennial herbaceous plant that thrives in hot, arid climates, 25% post-consumer recycled paper and 50% bagasse, a by-product of sugar cane processing. It is used in the manufacture of printing and paper products.

Material composed of 100% European hemp, produced without the use of dyes. The long fibres of the hemp allow for a stable structure, ideal for letterpress printing. It is used in the manufacture of paper products.

Composite material made of 81% bamboo fibres mechanically extracted from plants and transformed into unidirectional tapes. Its innovative technology enables to be shaped into any form, providing the versatility required for a wide array of applications—from electronics, aerospace to construction and consumer goods.

Recycled cardboard made from 100% waste paper. Depending on the recycled paper pulp used, there may be variations in colour from one production run to another or from one sheet to another, as no bleaching process is carried out. Available in 20 colours and 3 weights, it is used in the manufacture of paper products.

Textile material based on pure silk protein powder, cultivated in the laboratory, which is dissolved and then spun into filaments through a wet spinning process. Thanks to protein engineering based on artificial intelligence, it is possible to customise the material at a molecular level, while precision biofermentation produces biotechnologically manufactured yarns that guarantee the highest industry standards. It is used in traditional and innovative applications, replacing vegetable silk.

Material made from 100% byssus, or mussel beard, a by-product of aquaculture. Naturally fireproof, it offers excellent acoustic and thermal insulation and is used in the manufacture of insulating products for the construction, textile and bio-production industries.

Material made from pre-consumer recycled leather obtained from food industry waste. Biodegradable and compostable at the end of its life thanks to chrome- and heavy metal-free tanning, it is used in the manufacture of fashion accessories.

Material made from 100% post-consumer recycled polyester. The design stands out for its visibly irregular structure. It is used in the manufacture of upholstery and upholstered furniture.

Material made from 100% pre-consumer or post-consumer recycled textile waste that is broken down and regenerated into new fibres. Characterised by a soft volume, a matt surface and a delicate mélange effect, it is used in the manufacture of indoor upholstery.

Bio-composite material consisting of eggshells, obtained from the waste and by-products of the food and agricultural industries, and a binder with 53% vegetable origin. It is used in the manufacture of furniture and worktops.

Material made of post-consumer recycled cashmere from cuttings of the noble cashmere fibres and selected scraps of garments no longer in use. The cashmere fibres are selected, sanitised and then passed through special cards to avoid being damaged, maintaining their special softness and quality. Traceability and transparency of materials of origin is guaranteed, from harvesting to sorting and processing. It is used as soft, light and breathable padding in the manufacture of upholstered clothing.

Material made of chitosan, a substance extracted from mushrooms, combined with other natural ingredients and pigments. The special formulation is able to reproduce any skin texture and colour. The formulated material is cast using a roll-to-roll production process to ensure uniformity and then the rolls are embossed and/or printed to reproduce the desired textures. It is used in the manufacture of clothing and fashion accessories as a substitute for animal skin.

Material made of 50% recycled clothing fibers, such as old denim, army clothing, flax, hemp, and jute coffee bags, bound together with a biological binder based on potato starch residue. The fibres are first shredded into small pieces and then carded into felt. The felt is eventually pressed with the biodegradable binder into a hard veneer. It is used in the production of furniture or coverings.

Material made from a combination of natural cork granules and thermoplastic raw materials such as TPE, PP, EVA. It can be processed with typical thermoplastic processing methods such as injection molding, extrusion or thermoforming. Its non-slip texture makes it ideal for making handles and grips for sports equipment, tools or household items.

Material made of 100% raw and natural Dutch sheep wool, free of additives such as dyes or microplastics, it is 100% biodegradable and of organic origin. The wool has a strong and durable fiber, which makes it an alternative to synthetic materials used for filling pillows, duvets and furniture. The fibers are supplied in a mix of different breeds and sold in bales.

Polymer made of 100% bio-based and biodegradable material sourced from PHA through bacterial fermentation Specifically designed to replace non-biodegradable petrochemical materials like PP and ABS in the production of durable consumer goods. It is compatible with conventional injection molding machines.

Material made of post-consumer recycled polystyrene waste made from refrigerator doors, hangers and yogurt pots, and pre-consumer recycled polystyrene made from industrial waste. Using a unique groove technique made using a CNC machine and a ball-head milling cutter, the grooves allow the panel to become flexible by removing material, presenting itself as malleable without compromising aesthetics or strength. Adaptable to all shapes can be screwed, glued or installed with staples or nails.

Material made from 100% ingredients derived from globally available regenerative plants in abundance such as cellulose and starches, natural fibers, and plant-derived resins. 10% is made from recycled textiles and cellulose. Meets global ISO standards in terms of abrasion resistance, flexibility and color fastness. Characterized by customizable aesthetics, it finds use as an alternative to leather in footwear, accessories, fashion, furniture and automotive manufacturing.

Material made of 100% post-consumer recycled polystyrene from industrial spools in white color. It finds use in making surfaces and worktops in indoor environments.

Material consisting of a blend of pre-consumer recycled wool made from production waste, linen and recycled polyamide. It finds use in the manufacture of upholstery for covering upholstered furniture and panels.

Organically derived thermoplastic elastomer made from simple and readily available plant sources such as castor seeds, oils, and polysaccharides. It is a unique composition that includes natural raw materials and modifiers linked to a biodegradable polymer. Certified with 50 to 85% organic content. It can be used for the production of consumer durables by injection molding, extrusion and 3D printing using filaments or pellets.