Positive Plastics injection moulded sample of AgriPlast bio-composite by Biowert. This material is made up of recycled industrial polypropylene (rPP) mixed with up to 75% cellulose fibres obtained from meadow grass.

Injection moulded bio-composite sunglasses frames by Le Specs using AgriPlast by Biowert. This material is made up of recycled industrial polypropylene (rPP) mixed with up to 75% cellulose fibres obtained from meadow grass.

Vank hemp and flax reversible acoustic panels by Anna Vonhausen.

Biowert Terrace Flooring. Extruded plastic wood composite (PWC) decking produced with AgriPlast by Biowert. This material is made up of polypropylene (PP) mixed with up to 75% cellulose fibres obtained from meadow grass.

GRPL, a clothes hook by Tapegear, is injection moulded with AgriPlast by Biowert. This material is made up of polypropylene (PP) mixed with 50% cellulose fibres obtained from meadow grass.

Large-format 3D printed bio-composite structure using AgriPlast by Biowert. This material is made up of polypropylene (PP) mixed with up to 75% cellulose fibres obtained from meadow grass.

Samples of Archisonic in colour, a cotton-based acoustic panel by Impact Acoustics. The product is fully recyclable end of life, and fully compostable.
Relevant materials
Cotton, Fibre

Plntprtct phone cases by AGood Company are made with a mix of polylactic acid (PLA), polybutylene adipate terephthalate (PBAT) - two types of biodegradable polyester - hemp, flax and cellulose. The material is industrially compostable and recyclable. Image AGood Company.

Hay floor mat in woven jute with a wool border.
Relevant materials
Jute fibre, Fibre

The Martin wall light by Inga Sempé for Hay features a pleated cotton shade laminated to a polyvinyl chloride (PVC) sheet.

The Martin pendant light by Inga Sempé for Hay features a pleated cotton shade laminated to a polyvinyl chloride (PVC) sheet.

A house in Sweden by Wingårdhs, featuring a spruce interior treated with Linolie & Pigment satin wood linseed oil. The oil is semi-transparent, revealing the wood grain beneath. Image Linolie & Pigment.

Natural fibre panels produced in a single step involving compression and injection moulding. Fibres are typically hemp, flax, jute or kenaf, mixed with polypropylene (PP) or polyethylene terephthalate (PET), polyester, which melt when heat and pressure is applied locking them in place. The over-moulding is with PP for integration and added stiffness.

Natural fibre panels used in automotive interior applications, such as this compressed nonwoven, are replacing glass filled and wood filled polypropylene (PP-GF and PP-WF) materials. They offer superior strength to weight combined with impact resistance. Fibres are typically hemp, flax, jute or kenaf, mixed with PP or polyethylene terephthalate (PET), polyester, which melt when heat and pressure is applied locking them in place.

Bio-based panels used in automotive interior applications, such as this compressed nonwoven natural fibre instrument panel topper, are replacing glass filled and wood filled polypropylene (PP-GF and PP-WF) materials. They offer superior strength to weight combined with impact resistance. Fibres are typically hemp, flax, jute or kenaf, mixed with PP or polyethylene terephthalate (PET), polyester, which melt when heat and pressure is applied locking them in place. Moulded by Weav3D.

PaperShell is an innovative laminated paper composite bonded with high-strength bioresin (such as furan). It is a type of high pressure laminate (HPL), made with kraft paper, that can be moulded into 3D parts with precise surfaces. Image PaperShell.

Hemplith hempcrete building block by von Hanf. The hemp block is a non-load-bearing glued masonry product designed for the production of healthy and natural insulating envelopes, partition walls and counter-partitions.
Relevant materials
Hemp, Hemplime, Hempcrete

Hemplith hempcrete building block by von Hanf. The hemp block is a non-load-bearing glued masonry product designed for the production of healthy and natural insulating envelopes, partition walls and counter-partitions.
Relevant materials
Hemp, Hemplime, Hempcrete

The Offcut Chair 01 by Pettersen & Hein using Dinesen Douglas fir treated with Linolie & Pigment satin wood linseed oil.

Towels woven with Good Earth Cotton.
Relevant materials
Cotton, Organic

Moulded tableware made with a composite of melamine and bamboo wood flour.

Lavanlan insulation produced with virgin wool. Providing an alternative to synthetic fibrefills it is used in a range of applications including jackets, gloves, ski bags, sleeping bags, ski helmets and home textiles. It is mixed with polylactic acid (PLA), biodegradable polyester, to provide a durable nonwoven structure.

Rezign bio-based and recycled panels are made with waste textile, flax, hemp and starch-based biodegradable binder. Available in a range of formats, they are suitable for furniture, interiors and acoustic panels.

Fernando Laposse is a designer who works with traditional materials in his home country of Mexico to make furniture and objects. This "hairy" furniture is made with sisal, derived from the leaves of the agave (tequila) plant.

Handwoven sisal by La Maison Afrique Fair Trade.

Handwoven sisal by La Maison Afrique Fair Trade.

Digital printed sheer fabric made up of 73% cotton 27% silk.

Køben silk lined cotton denim jeans, by T Hughes.

Agoprene foam made with seaweed bioplastic.

Evoware edible seaweed based bioplastic food wrap.

Kelsun seaweed based bioplastic fibre is made up of 75% kelp derived biopolymer and an additive package that creates a material which can be spun into a fibre with useful properties and low carbon footprint.

Kelsun seaweed based bioplastic fibre is made up of 75% kelp derived biopolymer and an additive package that creates a material which can be spun into a fibre with useful properties and low carbon footprint.

Sway seaweed based bioplastic packaging samples. Image Sway.

Evoware edible seaweed based bioplastic food wrap.

Rattan canes.

Traditional Anjat basket, handwoven in Borneo from split cane

Basket lounge chair, by Jo Colombo for Gubi, in hand-woven rattan over a steel frame

Crochet raffia bag.

Hvisk handbag in Leap alternative leather. This 89% bio-based textile is made with a three-layer structure comprising a Tencel Lyocell regenerated cellulose backing fabric, apple waste natural rubber blend middle layer that is plastic-free but not 100% bio-based, and partially bio-based BASF polyurethane (PUR) coating for durability.

Vegaplac veneer substitute bio-based composite made with agricultural waste (palm fibre residue and banana fibre) mixed with bio-based polyurethane resin (bio-PUR). The PUR is based on castor oil. Made in Brazil, distributed by Bark Cloth.

A composite bolster for Daimler by Valeo Thermal Systems, designed to replace a hybrid steel plastic moulding. The bio-based composite solution consists of flax reinforced polypropylene (PP-FF) woven unidirectional tape over-moulded with glass fibre reinforced PP (PP-GF). Compared to the hybrid steel weight is reduced by around 40% and the CO2 footprint reduced by around 40%, while part price is increased around 15%.

Nonwoven compressed flax fibre and polypropylene (PP-FF) panel for automotive interior applications. With heat and pressure, the PP fibre melts and bonds the flax fibres together to make a lightweight and impact resistant panel. Moulded by Weav3D.

Injection moulded hubcaps that combine Oryzite (rice husk based bio-filler) and polypropylene (PP). It can be combined with many types of plastic. Using bio-filler reduces plastic consumption and can have some beneficial impacts on mechanical properties and price. However, it means the plastic is unlikely to be recycled end of life. As well as automotive, it is used in many applications already including packaging, product enclosures, pallets and household items. Image Oryzite.

Clear cast acrylic with encapsulated plants for interiors and furniture

Nonwoven textile made up of sisal mixed with polyethylene terephthalate (PET), polyester fibres. With heat and pressure, the polyester melts and so, when cool, bonds the sisal fibres in place.

Knitted jumper made with 67% polyethylene terephthalate (PET), polyester, and 33% cotton.

Hand embroidered ceremonial piña shirt. The floral pattern is hand-embroidered and accented with calado embroidery (eyelets), emphasising the natural lustre and translucent qualities of the pineapple fibre.

Folded boxboard takeaway food packaging by Lieferando (Just Eat). The paper is coated with Notpla, a compostable seaweed based coating that provides a barrier to water and grease. After use, the packaging can be disposed in paper recycling, or composting bins. Being completely plastic-free, it is one of the few paper food packaging solutions that provides a truly circular solution. Image Lieferando.

Tridas moulded paperboard packaging, hot-pressed with a laminated colour top layer. Image Tridas.

Gen1 Grapes T. Black trainers by Mother Earth [MoEa] sneakers brand. The upper is made with GrapeSkin synthetic leather, which is made up of 55% grape waste, 45% water-based polyurethane resin (PUR) and recycled polyethylene terephthalate (rPET), polyester, backing. Natural rubber sole with 30% recycled content. Image MoEa.

Allbirds Plant Pacer trainers. Upper made from Mirum from startup Natural Fiber Welding (plastic-free plant leather made with natural rubber, plant-based oil, natural pigments, and minerals), lining made with 43% eucalyptus-based Tencel Lyocell and 57% recycled polyester (PET), midsole made with sugarcane-based green ethylene vinyl acetate (EVA), and sole in natural rubber. Image Allbirds.

Mirum colours by Natural Fiber Welding. This plastic-free plant leather is made with natural rubber, plant-based oil, natural pigments, and minerals. Image Natural Fiber Welding.
Relevant materials
Natural rubber, NR, Rubber

Electronics packaging made with coloured pulp, transfer moulded to improve surface finish and create a lighter wall section.

Moulded paper pulp packaging with added agricultural waste (rice straw) produced using the transfer method. The backside carries the texture of the wire mesh and the inside is smooth.

Kapok textiles by Flocus, made with the soft fibre from the seed pod.

Flocus monwoven textiles made with kapok fibre, held between lightweight plastic scrim. The ultra soft fibre, derived from the kapok seed pod, is traditionally used as a stuffing filler.



Jute fibre-reinforced epoxy, produced by Bcomp, compression moulded in a single step with nonwoven jute core.

Jute fibre-reinforced polylactic acid (PLA) biocomposite produced by Kunststofshop. This non-toxic and compostable sheet material provides an alternative to glass-fibre reinforced plastic (GFRP). It is thermoformable and can be laser cut and die cut.


Hunter Laing whiskies packaging from their 2017 Kinship range. Hessian bags designed by Contagious, manufactured by Progress Packaging. Image courtesy of Progress Packaging.
Relevant materials
Jute fibre, Fibre

Technical nonwoven made with 50% hemp and 50% wool.

Malai coconut textile is made up of nonwoven fibres (banana, sisal and hemp), combined with bacterial cellulose (BC). The acetobacter microorganisms are fed on coconut waste water. Through a process of fermentation, the sugars in the water are converted into micro fibrillated cellulose (MFC). This produces sheets of material that are converted into textiles, providing an alternative to leather. The sheets are coloured with plant-based mordant-free dyes.


A sandwich panel for interior application, consisting of hempwool core for insulation and acoustics, combined with decorative oak veneered hardboard skins.

The IsoHemp hempcrete block is a non-load-bearing, glued masonry product designed for the production of healthy and natural insulating envelopes, partition walls and counter-partitions. As well as providing thermal and acoustic insulation, hempcrete construction helps to regulate temperature due to its excellent ability to diffuse the accumulated heat, and regulate humidity due to its high permeability to water vapour.

Silentlith hemp acoustic panel by von Hanf. It is made with hemp and minerals and is formaldehyde free, providing a sound-absorbing solution for indoor use. It is used as a wall and ceiling-forming element for thermal, sound and fire protection as well as a plaster base in loft conversions, interior fittings and wooden beam ceilings.
Relevant materials
Hemp, Hemplime, Hempcrete

Hemplith hemp building board by von Hanf. It is made with hemp, straw and minerals and is formaldehyde free. It is used as a non-load-bearing cladding panel or plaster base and is suitable for interior finishing (like living rooms and bathrooms) and planking.
Relevant materials
Hemp, Hemplime, Hempcrete

Hemplith hempwool hemp insulation panel by von Hanf. This product offers excellent protection from the cold and summer heat. Its fine-pored structure provides good acoustic properties. Minerals have been added to improve protection against fire, fungi and insects.
Relevant materials
Hemp, Fibre

Nonwoven hemp fibre sheets, such as for insulation and compression moulded components.
Relevant materials
Hemp, Fibre

Agraloop Biofibre fabric for Zara Home by Circular Systems. This innovative textile is produced with hemp fibres leftover from medicinal crop production. Image Zara.
Relevant materials
Hemp, Fibre

Agraloop Biofibre fabric by Circular Systems produced with hemp fibres leftover from medicinal crop production. Image Circular Systems.
Relevant materials
Hemp, Fibre

Various hemp reinforcement fabrics for composite structures.
Relevant materials
Hemp, Fibre

Hemp fibre insulation panels made by Recoma using shredded stems.
Relevant materials
Hemp, Fibre

Hand woven hemp fabric. Unbleached natural colour.
Relevant materials
Hemp, Fibre

Hemp (hempwool) insulation boards. Hemp is one of the most resistant insulations against rodents, mites, moths, and termites. It is available with added fire retardant.
Relevant materials
Hemp, Fibre

SuperOrganic natural wall covering by Oberflex. This example is made with compressed dried hay and blue cornflowers on 100 gsm nonwoven linen. It is often clad onto a sound absorbing material or high pressure laminate (HPL), depending on the requirements of the interior space.

Hemplith LDF drywall board by von Hanf. It is made with straw, an annually renewable material and is formaldehyde free. They are primarily designed as non-load-bearing wall cladding or plaster base and are ideal for interior construction using the dry construction method.
Relevant materials
Grass, Fibre, strand

Knitted grass slippers.
Relevant materials
Grass, Fibre, strand

Twisted straw rope.
Relevant materials
Grass, Fibre, strand

Grass insulation bat made from fibres from annual crops. It can absorb more moisture than synthetic equivalents, and does not contain any adhesives, and so contributes to improved indoor air quality. About 1 hectare (2.4 acres) of land yields around 200 m3 of insulation.
Relevant materials
Grass, Fibre, strand

Handwoven reed basket from Alentejo, Portugal.
Relevant materials
Grass, Fibre, strand

Handwoven seagrass basket.
Relevant materials
Grass, Fibre, strand

Bolga pot basket, hand woven in Bolgatanga, Ghana. It is made with veta vera grass (elephant grass), which is split, boiled and dyed before weaving.
Relevant materials
Grass, Fibre, strand

Ephea is a flexible mycelium based textile material produced by Sqim. It provides a bio-based and biodegradable alternative to animal leather and synthetic materials. Applications include fashion, garments, furniture and interiors. Image Sqim.

Mogu Fields mycelium modular acoustic panels, in Wouter Lamers home office. Image Mogu.

Forager mushroom leather by Ecovative, made with 100% mycelium and tanned to produce a durable textile, embossed to look like leather. Finishing can be achieved with heat, pressure, and bio-based chemicals rather than plastic coatings, with a wide variety of available options. Pure mycelium is readily biodegradable, but the chemical treatment steps might inhibit this biodegradability depending on the chemicals used. Currently being explored in apparel, footwear and luggage, there is great potential for these materials. Image Ecovative.

Forager mushroom leather by Ecovative, made with 100% mycelium and tanned to produce a durable textile, embossed to look like full grain leather. Finishing can be achieved with heat, pressure, and bio-based chemicals rather than plastic coatings, with a wide variety of available options. Pure mycelium is readily biodegradable, but the chemical treatment steps might inhibit this biodegradability depending on the chemicals used. Currently being explored in apparel, footwear and luggage, there is great potential for these materials. Image Ecovative.

MuSkin, by Life Materials, is a vegetable alternative to animal leather made from mushroom - Phellinus ellipsoideus, a large fungus that grows in the wild on the trees located in subtropical forests.

Forager mushroom leather by Ecovative, made with 100% mycelium and tanned to produce a durable textile, embossed to look like full grain leather. Finishing can be achieved with heat, pressure, and bio-based chemicals rather than plastic coatings, with a wide variety of available options. Pure mycelium is readily biodegradable, but the chemical treatment steps might inhibit this biodegradability depending on the chemicals used. Currently being explored in apparel, footwear and luggage, there is great potential for these materials. Image Ecovative.

Interior acoustics panel by Naturpladen, made with mycelium composite (mushroom).

Detail of acoustic panel by Naturpladen, made with mycelium composite (mushroom).

Akonite longboard features BComp AmpliTex flax fibre and carbon fibre laminated with epoxy, with a core of ash and balsa wood. Trucks are typically cast aluminium alloy A356 and the wheels polyurethane resin (PUR).

Car trunk lid trim by Fibriplast for automotive interior applications. A nonwoven fabric made up of flax fibre mixed with polypropylene (PP) and polyethylene terephthalate (PET), polyester, is low pressure compression moulded to make lightweight bio-based composite parts in a rapid cycle time.

Compression moulded Polestar seatback featuring Bcomp ampiTex and powerRibs flax thermoplastic composite, with over-moulded features on the backside to aid assembly.

Compression moulded automotive interior panel, with unidirectional fibre reinforced tape on the backside for added stiffness and impact resistance. The upper is a nonwoven made up of flax fibre and polypropylene (PP), compression moulded with unidirectional tape made up of flax reinforced PP. With this technique it is possible to mix all kinds of fibre reinforcement and thermoplastic matrix - the ingredients depend on the application requirements. Produced and moulded by Weav3D.

KTM Technologies motorcycle brake cover. It consists of a pre-formed epoxy flax composite panel, made with Bcomp's ampliTex, combined with an injection moulded polyamide 6 (PA6), nylon trim.

Automotive part made with natural fibre nonwoven mixed with polypropylene (NFPP) and compression moulded, followed by over-moulding with polypropylene (PP).

The flax PLA stool by Demgy, made with Flaxcomp flax fibre reinforced polylactic acid (PLA-FF), biodegradable polyester, skins and non-woven flax and polypropylene (PP-FF) core. It is compression moulded using Roctool's heat and cool technology.

The Polestar seatback, compression moulded from Bcomp flax fibre reinforced polypropylene (PP-FF). The top layer consists of woven flax with white linen threads in a pattern unique to Polestar. The middle lays is a composite of flax and PP, and the inside layer consists of Bcomp power ribs, which provided added stiffness without adding significant weight.

The Polestar seatback, compression moulded from Bcomp flax fibre reinforced polypropylene (PP-FF). The top layer consists of woven flax with white linen threads in a pattern unique to Polestar. The middle lays is a composite of flax and PP, and the inside layer consists of Bcomp power ribs, which provided added stiffness without adding significant weight.

BMW M have deployed Bcomp flax fibre reinforcement materials in their Motorsport and Formula E racing cars since 2019. Bcomp flax fibre reinforced epoxy front end. Image BMW M.

Curved sandwich panel in flax and bio-based epoxy composite by Veso Biocomposites. It is made in stages: the skins and core are made separately and then bonded together to make the lightweight sandwich structure.

Sandwich panel in flax and bio-based epoxy composite by Veso Biocomposites. It is made in stages: the skins and core are made separately and then bonded together to make the lightweight sandwich structure.

Copper lined cheese vat, to ensure the highest possible thermal conductivity combined with hygiene. The use of copper vats is compulsory for many traditional cheeses

Compression moulded automotive interior panel, with unidirectional fibre reinforced tape on the backside for added stiffness and impact resistance. The upper is a mix of flax fibre and polypropylene (PP), compression moulded with carbon fibre and flax fibre tape (PP-CF and PP-FF). With this technique it is possible to mix all kinds of fibre reinforcement and thermoplastic matrix - the ingredients depend on the application requirements. Produced and moulded by Weav3D.

Digital printed woven linen fabric by Kornit.
Relevant materials
Flax, Linen, Linen yarn

Nonwoven flax compostable personal hygiene textile from Norafin. Image Norafin.
Relevant materials
Flax, Linen, Flax fibre

Bcomp's flax products are available in many different colours and formats, including dyed, woven, knitted and nonwoven. A harmony is struck between performance requirements, cost and aesthetics.

Libeco unidirectional woven flax fabric. It is used as fabric reinforcement in biocomposites, such as in combination with bio-based epoxy in vacuum infusion, or resin transfer moulding (RTM).
Relevant materials
Flax, Linen, Flax fibre

Electric GT Tesla front bumper in flax fibre and epoxy (EP-FF), made by infusion. It utilises Bcomp's ampliTex and powerRibs on the backside for added stiffness.

The Veso Concept built Apache hybrid rally vehicle bodywork, made up of flax fibre reinforced epoxy (EP-FF).

A Roctool demonstrator featuring photovoltaic cells laminated onto a Bcomp flax thermoplastic composite to create a lightweight, moulded solar panel.

Bcomp flax polypropylene (PP-FF) composite seatback featuring powerRibs and ampliTex. Inspired by leaf veins, powerRibs maximise stiffness with minimal weight by creating a 3D structure on one side of a thin-walled component. This helps to reduce weight, costs and consumables in production.

Ekoa surface material, produced with flax (linen), laminated to engineered wood for interior application. Image Lingrove.
Relevant materials
Flax, Linen, Flax fibre

Epona Linen riding helmet by Egide, produced with flax bio-based composite. Image Egide.

Clara compact concert ukulele from by Blackbird Guitars, made from Lingrove flax fibre reinforced epoxy. The soundboard is tuned for optimal rigidity and density without bracing, combining the tone of wood with the lightness and durability of composite. Image Blackbird Guitars.

Very fine, plain-woven linen fabric.
Relevant materials
Flax, Linen, Flax fibre

Biotex twill-woven bleached flax fabric, produced by Composites Evolution. It is used as fabric reinforcement in biocomposites, such as in combination with bio-based epoxy.
Relevant materials
Flax, Linen, Flax fibre

Biotex plain-woven flax fabric, produced by Composites Evolution. It is used as fabric reinforcement in biocomposites, such as in combination with bio-based epoxy.
Relevant materials
Flax, Linen, Flax fibre

Biotex biaxial flax fabric, with unidirectional untwisted yarns, produced by Composites Evolution. It is used as fabric reinforcement in biocomposites, such as in combination with bio-based epoxy in vacuum infusion, or resin transfer moulding (RTM).
Relevant materials
Flax, Linen, Flax fibre

Clara compact concert ukulele from by Blackbird Guitars, made from Lingrove flax fibre reinforced epoxy. The soundboard is tuned for optimal rigidity and density without bracing, combining the tone of wood with the lightness and durability of composite. Image Blackbird Guitars.

Flax baby cot concept, by Virginie Breton for BBDOR, 2015, produced with flax fibre reinforced polylactic acid (PLA)

Screen printed water-based ink onto organic linen, by Silk & Burg.
Relevant materials
Flax, Linen, Linen yarn

Farallon Ekoa tenor ukulele by Blackbird Guitars, made from Lingrove flax fibre reinforced epoxy.

Prototype composite Jaguar XF door module, press moulded from woven flax reinforced PP, produced by Composites Evolution

Cross-section through hempcrete timber frame construction, revealing the layers from left to right: lime render, hempcrete, formaldehyde-free engineered wood, structural timber frame with grass insulation, hempcrete, and cork expanded insulation as the interior finish. Altogether, these materials provide superior thermal and acoustic insulation, while promoting healthy indoor environment.

Samples of machine-made Leavers lace, woven by Cluny Lace, UK.

Leavers lace, named after the weaving machine it is made on, consists of cotton yarns held together at regular intervals by nylon thread. The yarns move from side to side, to create decorate patterns in the structure of the fabric itself.

Hancock jacket made with rubber-bonded cotton. Based on the same material as the original Mackintosh coat, it is constructed from a layer of rubber sandwiched between two layers of cotton to create a durable, waterproof fabric. The seams are handmade and bonded with rubber for a 100% watertight coat. Image Hancock.

Knitted jumper made with 55% linen (flax) and 45% cotton

Foldtex by Timm Herok made with birch veneer laminated to fabric and CNC-cut to create an articulating structure.

Digital printed woven cotton satin fabric by Kornit.
Relevant materials
Cotton, Fibre

Digital printed woven denim fabric by Kornit. The print is built up in layers, which white underneath to create a 3D effect.
Relevant materials
Cotton, Fibre

80% organic cotton shirt.
Relevant materials
Cotton, Organic

Hay Ram napkin, by Ana Kraš, 2024, in organic cotton. Image Hay.
Relevant materials
Cotton, Organic

Dyed fabrics produced by Green Whisper using a blend of 60% banana fibre (processed from the trunks leftover from food production) and cotton. Image Green Whisper.
Relevant materials
Cotton, Fibre

Knit fabric made with Texloop RCOT (recycled cotton) from Circular Systems. Image Circular Systems.
Relevant materials
Cotton, Recycled

Organic Threads un-dyed socks produced with Foxfibre naturally coloured organic cotton. Growing the cotton in natural colours eliminates the chemicals and water needed for dyeing - removing one of the most environmentally and socially detrimental stages in the textile supply chain. These socks are blended with 10% nylon to enhance stretch, durability, and longevity. Image Rhythmic Tones.
Relevant materials
Cotton, Organic

Embroidered cotton fabric with cutout eyelets.
Relevant materials
Cotton, Fibre

Plain-woven chequered pattern in dyed cotton.
Relevant materials
Cotton, Fibre

Velveteen woven from cotton is hard-wearing, with a similar appearance to silk velvet.
Relevant materials
Cotton, Fibre

Corduroy has distinctive wales (ridges) that run the length of the fabric (warp direction) as a result of cutting the weft yarns to make pile.
Relevant materials
Cotton, Fibre

Denim – an anglicisation of the French “serge de Nîmes” – is a cotton twill fabric that has been used to make workwear since the 17th century. Cotton twill is comfortable, hardwearing, and economical to produce. These qualities are ideal for workwear, especially items of clothing that will be worn for many hours every day. Testament to the importance of the quality of fabric, the original denim jeans produced by Levi Strauss & Co. were named XX in honour of the cotton twill they were constructed from. It came from the Amoskeag Manufacturing Company in Manchester, New Hampshire, and was considered to be the best of its kind. Those same jeans would later become known as Levi’s 501. The unique appearance of indigo denim is the result of dyeing only the outside surface of the warp and leaving the weft white (warp-dyed) so that, as the denim wears, its colour fades to off-white. This patina has become so desirable that techniques have been developed to artificially wear away the surface in a controlled fashion, such as with abrasive and chemical washing.
Relevant materials
Cotton, Fibre

Net bag, by Laila Gohar for Hay, in recycled cotton
Relevant materials
Cotton, Recycled

Established & Sons 12 oz. canvas bag, screen printed. Designed by Made Thought and manufactured by Progress Packaging. Image Progress Packaging.
Relevant materials
Cotton, Fibre

Cork aggregate mixed with lime based render or plaster provides a lightweight, insulating and vapour permeable surface finish for interiors. Here is it applied to hempcrete to provide a breathable, acoustic interior finish.

Tawashi scrubbing brush, made with coir fibre. A kitchen staple, coir is hardwearing and naturally resistant to mould, bacteria and salty water.
Relevant materials
Coir, Fibre, Coconut fibre

Nonwoven coir latex composite. This is the least expensive, thickest and most resistant of all commercial natural fibres.

Nonwoven coir latex composite. This is the least expensive, thickest and most resistant of all commercial natural fibres.

Cross-section through hempcrete construction for an interior wall, revealing the layers of clay render, hempcrete and formaldehyde-free engineered wood. Altogether, these materials provide thermal and acoustic insulation, while promoting healthy indoor environment.

Cross-section through interior wall, revealing clay board with a thin layer of plaster, formaldehyde-free engineered wood, and grass insulation between timber studs. Altogether, these materials provide thermal and acoustic insulation, while promoting healthy indoor environment.

Concrete tiles bound with wheat straw rope in Beijing, China

Leap plant-based leather alternative from Beyond Leather takes apple waste and converts it into textile. Currently 89% bio-based, it is made up of a three-layer structure, with a Tencel Lyocell regenerated cellulose backing fabric, apple waste blend middle layer that is plastic-free but not 100% bio-based, and partially bio-based polyurethane coating for durability. Image Beyond Leather.

Halti Cyclus unisex parka jacket featuring Spinnova cellulose fibre and cotton fabric. In addition, the parka is dyed with Imogo hi-precision dyeing technology. This process is highly resource efficient, decreasing energy, chemical and water use by over 90% compared to conventional jet dyeing. Image Spinnova.

HeiQ AeoniQ regenerated cellulose fibre made in an almost closed loop process, which is different from conventional cellulose fibre production. Made from renewable ingredients, such as wood pulp, the fibre has similar elongation and tenacity to polyester (PET). Image HeiQ AeoniQ.

Hugo Boss shirt made with 87% HeiQ AeoniQ, a regenerated cellulose fibre made with a unique manufacturing process, using PH-neutral chemistry and >99% of the water is recycled. This is different from conventional regenerated cellulose production, which relies on some hazardous chemicals and solvents to extract and spin the cellulose, and it is not a closed loop process. HeiQ AeoniQ fibre has similar elongation and tenacity to polyester (PET). Image HeiQ AeoniQ.

Cotton fabric with bamboo strips inserted into the wft.


Certain species of tree bark can be beaten into a paper-like textile. Dating back thousands of years, these materials were likely the precursor to paper. Moisture and beating release resins from within the bark that provide the binding material. Examples include tapa cloth from the paper mulberry tree, cedar bark cloth from coniferous trees and Ugandan bark cloth from the mutuba tree.

Hand fan from woven palm leaf