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.
Agraloop™ BioFibre™ is a regenerated cellulose fiber made from food and medicine crop waste (pineapple leaves, banana stems, cereal straws, oilseed hemp/flax etc.). Circular Systems’ low‑impact and closed‑loop process enables crop residues to be converted into a soft, breathable textile fiber with properties similar to viscose or cotton, while reducing waste and avoiding additional land or water use.
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.
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.
Bemberg™ is made from cotton linter which is basically cotton waste that stick out of the cottonseed and are too small to spin. Bemberg™ is biodegradable and compostable if buried in soil.
Certificates
RCS-100, OEKO-TEX® STANDARD 100, TUVAUSTRIA Biodegradable MARINE, INNOVHUB-SSI biodegradability tested
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.
Biolon is non-GMO plant-based nylon with a 50% lower carbon footprint than virgin Nylon 6.6. The plant-based input account for between 45-48% of content. Biolon has a water resistance rating of 20K/mm and a breathability rating of 20K/gsm/24 hours.
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.
Botanè is developed as an alternative to animal cashmere and is composed entirely of botanical fibers. The material is engineered to provide thermal insulation, softness, and drape comparable to traditional cashmere, while avoiding animal‑derived inputs. It is aimed for outerwear and knit applications, and offers a plant‑derived option for products that typically rely on fine animal fibers.
Material made from traditional Ugandan bark cloth (tree bark fibres), with various modifiable textures and functional properties that can be tailored for specific uses in the fashion, interiors, furniture, and design industries, including bespoke requirements
BIOWAVE is a collection of plant-based leather alternatives made from renewable and waste-derived materials, including corn waste, pineapple leaves, sugarcane, cork, hemp, and coffee grounds, with an average biomass content of 20–75% and water-based PU, unless otherwise stated
CleanBamboo® is a regenerated lyocell fiber made from certified bamboo, produced using a non‑toxic closed‑loop process that recovers solvents and water. It offers softness, breathability, and moisture management typical of cellulosic fibers and is used as an alternative to conventional viscose and other materials.
Ethical Down Kapok® is made from traditional javanese cotton (Java Cotton from the fruit/nuts of the kapok tree) and enhanced with special technology that inserts the heat generated by the air layer absorbs moisture and becomes warm into the yearn.
EVO® by FULGAR is a 100% bio-based polyamid yarn, made from inedible castor oil and industrial corn. Enhanced elasticity and strech, rapid drying, odor control, thermo isolation and bright colour dyeing at low temperatures.
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.
Biobased indigo dye made from biomass, offering the same shade and colorfastness as synthetic indigo with lower CO₂ emissions. It is REACH-registered, scalable, and works with existing dyeing processes for denim, textiles, inks, and pigments.
Plant-based feather alternative designed to replicate the lightness, layering, and movement traditionally associated with feathers. The material is built from a vegan-based structure that creates soft volume and fluid motion, forming a distinct surface rather than imitating animal feathers. Debuted as a proof of concept in Stella McCartney’s SS26 collection at Paris Fashion Week.
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.
Kintra fiber is a form of polyester called polybutylene succinate (PBS) which is in 56% derived from corn instead of fossil fuels. Biodegradable and compostable.
Kelsun® is a bio‑based textile fiber made from seaweed, developed by extracting a naturally occurring biopolymer and forming it into filaments using a wet‑spinning process. The fiber is renewable, biodegradable, and free from petrochemicals, and can be spun or blended within existing textile systems. Kelsun® is used in apparel and other textile applications as an alternative to conventional plant‑based and synthetic fibers.
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.
Milkweed follicles are passed through the Fibrex to extract the fiber and seeds. The fiber is then processed for different markets by the industrial equipment of the Monark Cooperative. The particular properties of the fiber make it an advantageous and ecological substitute for various applications: vegetable “silk”, and thermal insulation.
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.
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, including PU or 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 minimizing environmental impact.
NONE OF YOUR BEES(WAX) Fabric Protectant is a plant-based fabric protectant made from all natural oil, wax and resin. This vegan wax takes well to to any tightly woven cotton, linen, hemp, denim, canvas and more.
Leather alternative made from brewers spent grain (BSG), a by- and co-product of beer and whisky production. Arda’s technology allows using plant proteins instead of polyurethane or other plastic coatings for texture and stability. New Grain™ is designed for applications in fashion, interior, and automotive industries.
ORGANIC NANOCARBO™ is a fine-dispersed filler made from micronized walnut shell layers. It is fully biodegradable and non-toxic, designed to improve the adhesion, elasticity, durability, and color stability of vegan leather materials. The natural pigments in walnut shells, such as β-Carotene and Lycopene, contribute to UV resistance and color performance. ORGANIC NANOCARBO™ integrates easily into existing production lines without additional equipment.
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 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.
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.
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.
Piñayarn® is a 100% plant-based yarn made from waste pineapple leaves, therefore requiring no extra land, water, or pesticides to grow and harvest. The fibres are extracted and blended with other plant-based fibres in a closed-loop, zero-waste process using dry spinning technology, without harmful chemicals or water. Utilisting agricultural waste helps avoid burning waste leaves, preventing up to 6 kg of CO₂ emissions per 1 kg of yarn. Piñayarn is naturally breathable, compostable, and biodegradable, and is suitable for woven and jersey fabrics, footwear, apparel, and accessories.
Plant-based leather alternative made from butterfly pea flower petals, with a unique texture derived from the inherent characteristics of a blend of coarsely ground flower petals and a translucent coating. It is plastic-free.
Bio-based leather alternative made from upcycled pomegranate peel waste and designed for applications in fashion, automotive, and furnishing industries
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.
regen™ BIO is a bio‑based elastane (spandex) fiber produced using renewable feedstocks, primarily sugarcane‑derived raw materials. Manufactured through an integrated production process, it provides elasticity, durability, and recovery comparable to conventional elastane while reducing reliance on fossil‑based inputs. The fiber is designed to integrate into existing textile applications where stretch performance is required.
Re‑Nano™ is a patented microfibrillated cellulose made from cellulose‑based waste, engineered to improve strength, stability, and flexibility in small dosages. Lightweight yet highly reinforcing, it offers water retention and thixotropic properties and is non‑toxic, biodegradable, and compostable. Re‑Nano™ is used to reinforce materials in applications ranging from biodegradable footwear to packaging and printed electronics, helping reduce reliance on virgin and synthetic inputs.
Savian fabrics are made from 100% renewable plant fibers and agricultural waste (nettle, hemp and flax) with various plush textures that mimic fur, pony, astrakhan and pecora
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
Suberhide™ is made from Portuguese cork. The propriety process of fusing a polymeric layer over agglomerated cork transforms a natural material into a tough yet adaptable textile fiber.
SEACELL is a patented, eco-friendly fiber that adds a soft, silky feel in sports and leisure textiles – from underwear and loungewear to soft furnishings. Includes 19% of seawood, which contribute antioxidants and vitamins (non-washable additives*) to the fiber. 100% biodegradable. Can be used as a single fiber yarn or blended with other fibers.
SMARTCEL is a cellulose fiber enriched with a vital zinc oxide which has protective and nurturing effects on the skin for those with skin conditions such as eczema or neurodermatitis, to be blended with other fibers
SeiFibre™ is a silk-like, man‑made cellulosic staple fiber derived from marine biomass, primarily algae. The fiber is produced through a wet‑spinning process using a nano‑structured material extracted from algae, resulting in a silk‑like hand feel. SeiFibre™ can be spun into yarns or blended with other fibers and is developed for use in apparel and textile applications as an alternative to conventional regenerated cellulosic fibers.
Sequinova produces biodegradable sequins made from plant‑based cellulose, developed as an alternative to conventional plastic sequins. The sequins are metal‑free, mineral‑free, and non‑toxic, and are designed to biodegrade without generating microplastics. Sequinova materials are used in fashion and cosmetic applications where decorative surface finishes are required, integrating into existing embroidery and embellishment processes.
Susterra® is a 100% plant-based, petroleum-free 1,3-propanediol used as a chemical building block, glycol, and bio-solvent. It is used in applications including polyurethanes, resins, coatings, functional fluids, footwear, apparel, and synthetic leather alternatives. The material is USDA Certified Biobased and is produced from regeneratively grown dent corn in the United States.
Sparxell pigments are plant-based pigments made from cellulose using bio-inspired structural colour technology. The pigments are biodegradable, plastic-free, and free from mica, titanium dioxide, and synthetic dyes. They are available as pigment powders, glitters, sequins, and films for applications including fashion, accessories, cosmetics, packaging, paints, and coatings.
TENCEL™ LUXE is a filament made from wood pulp that is sourced from sustainably managed forests and exclusively produced in Austria with an awarded sustainable closed-loop process
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.
YULASTIC® is a plant‑based elastic fiber made from natural rubber, derived from Hevea brasiliensis trees. Produced as a fine rubber filament, it is designed to function as a direct alternative to elastane (spandex), providing comparable stretch, recovery, and durability without petrochemical inputs. YULASTIC® is used in knit and woven textiles where elastic performance is required, including apparel and elastic components.
YULEX® FOAM is a closed‑cell natural rubber foam used as a substitute for neoprene in applications such as wetsuits and performance apparel. YULEX® FOAM is part of YULEX® – a family of natural rubber materials derived from Hevea brasiliensis, developed as alternatives to petroleum‑based elastomers.
plant-based, mycelium, recycled materials, bio polymers
Alternative for
leather
Description
Yatay™ is a range of leather alternatives designed for applications including footwear, leather goods, apparel, automotive interiors, and upholstery. The range includes Yatay™ M, made with mycelium-based materials; Yatay™ Z, featuring solvent-free materials; Yatay™ B, made with bio-based materials; Yatay™ R, incorporating recycled materials; Yatay™ W, using water-based PU materials; and Yatay™ C, a recyclable monocomponent biomaterial. Depending on the material line, the range uses certifications including USDA, FSC, and GRS.
