AirCarbon is made from polyhydroxybutyrate (PHB) which is naturally produced by most of known life forms on Earth. PHB is meltable and can be formed into everything from fiber and sheet to solid parts, and can be used as a replacement for plastic, fiber, and leather. PHB is fully compostable.
Anolea™ is a next-generation mycelium-based leather alternative developed by MYCEL, a Hyundai Motor Group spin-off. Lightweight, durable, and highly biodegradable, it outperforms both animal and synthetic leather in sustainability.
100% bio-based, using regenerative plant sources such as cellulose and starches, with no petroleum-derived plastics or animal products. It includes 10% upcycled content from textile and cellulose waste and meets international ISO standards for durability, abrasion resistance, flexibility, and color fastness.
Bambuflex is made from bamboo.The raw materials are of renewable origin and 50% of them come from the circular economy. Biodegradable. Cowhide and reptile texture available.
Made from Elephant Ear plant leaves (Alocasia Macrorrhiza), a durable and eco-friendly material. Cultivated near the Nova Kaeru factory in Brazil, it is produced using resins and organic polymers of vegetable origin. Residues are composted to nourish the soil, and the water used is recycled for irrigation, reducing environmental impact.
Banbū is made from bamboo and treated with plant-based topcoat. Banbū is 1/3 the weight of cow leather and takes 250 days to biodegenerate in a landfill.
Bio-Tex™ leather alternative is covered by Bio-Alloy™ Shield (lightweight, PFAS-free, bio-based membrane). Bio-Tex™’s GHG emissions are reduced by over 90% compared to traditional chrome-tanned leather.
BioVeg is made from recycled polyester from plastic bottles and bio polyols, obtained from non-food and GMO-free corn crops. Corn is collected, treated and processed into bio-based polyols, which are microparticles essential for the production of bio-based polyurethane.
Banana-based material made from agricultural waste, primarily using fibers extracted from banana pseudostems. Its composition includes 48% banana fiber, 37% plant cellulose fiber, 10% bio-based PU, and 5% other polymers. Durable, breathable, and water-resistant, it reduces carbon emissions by up to 80% compared to traditional and synthetic leather, requires less water, and helps divert agricultural waste from landfills.
CLARINO™ is made from Tirrenina, the world’s first microfiber manufactured waterborne and impregnated with polyurethane. Available in various colours and textures.
A non-woven suede alternative made partly from recycled polyester and produced through a water-based, solvent-free process. Its three-layer structure provides strength and durability, while the system reduces chemical waste, reuses process water, and improves energy efficiency. It is available in several lines with varying recycled content, including the GRS-certified Pure line, and is used in furniture, fashion, and mobility.
Bio-based vegan leather made using cellulose from sources like wood and textile waste. Developed to mimic the structure and performance of animal leather, it requires no toxic chemicals, produces zero waste, and discharges no effluents. Compared to traditional leather, Eori™ emits 87% less CO₂, uses 72% less water, and achieves 60 times higher land-use efficiency, with a shift toward solar-powered production.
ELEVATE® is a leather alternative made from grains and plant-based materials. The structure consists of a plant-based fabric backing, a grain-based core, and an optional BioPU topcoat (0–1% content). Also available in plastic-free version or with minimal coating. No tanning required. Fully scaled, ELEVATE® can be produced in rolls up to 2000 meters within days and is intended to match the durability and feel of traditional leather.
EPHEA™ is a mycelium-based material grown through controlled cultivation, offering lightweight, durable, and flexible alternative for leather goods, accessories, and apparel. It can be customized in texture, color, and finish and integrates with existing leather supply chains. Production uses low-value resources and low energy, reducing water use, land use, and CO₂ emissions. Types include semi-finished (Pure Mycelium, Radicle, Socotra) and finished (Willow, Monstera, Magnolia, Betulla).
Hydefy’s Fy™ is a fungi-based material created through a proprietary fermentation process, using fungi discovered in Yellowstone’s volcanic hot springs and sugarcane waste. It was showcased in collaboration with Stella McCartney in the Stella Ryder Hydefy Crossbody bag—a luxury accessory unveiled at the Spring/Summer 2025 Paris runway.
Heri Farm’s’ Holon mushroom leather achieves over 90% reduction in CO₂ emissions and water use compared to animal leather, while each piece has a unique, natural pattern. Backed by over 26 years of mushroom expertise, Heri Farm’s uses advanced biological fibrillation technology and modular smart farms to produce high-quality mushroom leather.
HyphaLite™ is a 100 % biobased, biodegradable* and compostable* material made from certified natural latex, FSC-certified regenerated cellulose fibers and contains mushrooms. HyphaLite™ meets the physical properties required by the footwear and accessories industry such as hand feel, softness, durability, breathability, and cost-efficiency.
INNOVERA™ is made from a non-woven scaffold (100% upcycled material) and the Bio-Alloy™ Shield (lightweight, PFAS-free, bio-based membrane). Mimicks the natural feel and features familiar to leather products.
Jacron is a sustainable kraft paper material made from cellulose, water and some particles of natural rubber – giving a paper-like feel. Jacron looks similar to real leather, feels like real leather, but it’s 100% animal-free. It can be printed, embossed, debossed, and it’s available in metallic finishes of gold, silver or bronze.
100% mycelium-based leather alternative made without any petroleum resins. Grown over 40 days, it features organic patterns created by fungal growth and offers a soft, smooth, skin-like texture.
Leap is made from 89% bio-based content (upcycled apple waste, natural rubber, and other bio-based ingredients) with Tencel backing. Note: Leap does contain fossil fuel-derived components.
Lignify® is the plant-based leather alternative made from lignin, a by-product of the paper industry. Cellulose-free (higher stability), UV absorption, water-solvent resistant.
Plant-based leather alternative with a soft, pliable texture and a surface made from 100% FSC™ natural resin. It is available in a wide range of custom colors, metallic finishes, prints, and patent textures. Liners include GOTS organic cotton, FSC™ lyocell, and GRS-certified recycled polyester, and the material is fully recyclable into new natuura™ products.
LOVR™ is a biodegradable and recycleable material made from hemp agricultural residues, developed with a focus on circularity. The material is durable due to its single-layer structure and offers high resistance to abrasion, heat, and tensile stress, making it suitable for use in footwear, automotive, and accessories. LOVR™ is plastic-free and uses non-synthetic pigments for coloring. It can be molded, laminated, sewn, and finished in various textures and colors. Fully scaled.
Malai is made from organic and sustainable bacterial cellulose, grown on agricultural waste sourced from the coconut industry in Southern India. 100% biodegradable.
MulbTex is made from mulberry leaves that have been pulped to make paper. The mulberry paper onto a cotton backing and seals it with silicone. Plastic & PVC free.
100% biodegradable leather alternative made in the UK from locally sourced mycelium and green waste. Developed through bio-fabrication, it uses mushroom species and regenerative agricultural byproducts to create a sustainable material suitable for luxury goods. Produced in Yorkshire, Mykkö prioritizes transparency, compostability, and minimal environmental impact.
MATTR™ is a biodegradable material made from algae, a fast-growing and low-impact renewable resource. It is plastic-free and contains no synthetic additives (neither PU nor PVC). MATTR™ is soft, flexible, and stretchable (up to 30%, depending on backing), while maintaining durability and abrasion resistance. Algae used in its production can grow in saltwater or wastewater, reducing freshwater use and thus minimizing environmental impact and resources required.
Myco™ is a material made from mycelium (the root system of fungi), grown on by-products from agriculture and forestry. It is free from plastic and toxic chemicals, and fully biodegradable under the right conditions. Myco™ is developed to match the look and properties of traditional leather, while using less water and energy and generating lower carbon emissions than traditional leather.
Paper No. 9 Free is plastic- and complex polymer-free and resembles a wide variety of materials, including antique brass, obsidian, and poured concrete
Piñatex is made from sun-dried pineapple fibres felted together with a corn-based polyactic acid (PLA), and coated with a water-based polyurethane resin (PU)
Made of upcycled grape marc from organic and bio-dynamic vineyards in the South of France in collaboration with ITECH School of Engineering in Lyon, France
Partially biodegradable leather alternative made with 20–60% upcycled pineapple content. It combines pineapple waste with eco-friendly resins for enhanced durability and features a base of pineapple or non-woven fabric. The material is non-toxic, water-resistant, washable, and certified sustainable, with low water and energy use.
Made from renewable plant sources, with a composition that includes 75% plant cellulose knitted fabric, 15% bio-based PU coating, and 10% adhesive and other polymers. Free from harmful chemicals.
Made from upcycled fruit waste, including pineapple leaves sourced from juice production. In 2022, 800 meters were produced, reusing 180 kg of organic waste and reducing CO₂ emissions by 1,500 kg. Entirely animal- and cruelty-free, crafted using low-impact inputs from verified sustainable sources.
Circular material made from fruit waste and algae. Biodegradable, durable, and versatile. With a closed-loop system and a focus on reducing carbon footprint, PEELSPHERE® supports a circular design and is available in a variety of colours and patterns.
PHLYDE is a plant-based material made from upcycled fruits and vegetables. It is plastic-free and produced entirely in Italy. The diverse color range is developed from natural sources such as algae, spirulina, beet, and charcoal, without the use of synthetic dyes. PHLYDE is developed through collaboration between scientists, designers, and artisans, with a focus on reducing food waste.
Replant is made from fibers sourced directly from farms where there is an abundance of plant waste left on the ground after harvesting. The fibers are knitted and backed with pesticide-free organic cotton, and coated with plant-based resin for durability.
RecoTec™ is a recycled PVB material made by converting waste polyvinyl butyral—mainly from decommissioned car windshields—into a functional leather-like composite. It consists of a customisable surface, a recycled PVB film, and a textile base for strength. Produced through a fully integrated supply chain, RecoTec™ meets industrial durability standards and is used in footwear, furniture, bags, apparel, sporting goods, and mobility sectors.
Simplyfiber is a cellulose-based liquid processed into new fabric that looks like a leather alternative but can be formed in an additive way, without spinning weaving, cutting, and sewing; bio-based and recycleable as paper
Shiringa bioleather is made from harvested latex of wild Amazonian shiringa (rubber) trees, collected without cutting the trees down. The latex is combined with a proprietary Caxacori Studio formula, spread on a cotton base, and pigmented with natural fibers from food and agricultural waste. Harvesting latex helps preserving forests, supports Amazonian native communities with fair-trade income, and produces a soft, flexible, and durable material suitable for fashion industry standards. The bioleather is biodegradable, recyclable by mechanical means, and free from PVC and toxic inputs.
Plant-based leather alternative made with a 100% FSC™ natural resin surface and available in a range of finishes, including matte, semi-matte, shiny, and performance grip. It comes in 132 cm wide continuous rolls with options for deep embossed textures and liners made from GOTS organic cotton, FSC lyocell, or GRS-certified recycled polyester. The material is fully recyclable into new natuura™ products.
Wastea is a leather alternative made from the tea waste which is known as Class 4 waste, i.e. cannot be used for anything further on due to high caffeine level. The Bio-Content is between 45% and 95%, includes Bio-PU. DMF & TOL free.
