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Encyclopædia Textilia · Vol. I

The Encyclopedia
of Textiles

From Fibre to Fabric — A Complete Reference

A comprehensive guide to the world's fibres, weaves, dyes, and cloth traditions — from the first spun thread to the fabrics of tomorrow.

12,000
Years of Textile History
30+
Fibre Types Covered
8
Weave Structures
Open the volume
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I
Chapter One

Fibres & Raw Materials

All textiles begin with a single thread. From the cocoon of a silkworm to the boll of a cotton plant, the fibre determines the soul of the cloth — its hand, its drape, its warmth, its life.

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Natural · Plant
Cotton
Gossypium hirsutum
The world's most widely used natural fibre, harvested from the seed pod of the cotton plant. Cultivated for over 7,000 years in India, the fibres are spun into thread ranging from coarse canvas to the finest voile. Cotton's popularity lies in its breathability, durability, and acceptance of dye.
OriginIndia / Americas (7000 BCE)
Length10–65 mm staple
BreathabilityExcellent
Global Share~33% of all fibres
Natural · Protein
Silk
Bombyx mori
The only natural fibre produced in a continuous filament, unwound from the cocoon of the silkworm. A single cocoon yields up to 1,500 metres of thread. Silk's triangular prism-like structure refracts light, giving it its characteristic lustre. China guarded its production secret for 3,000 years under penalty of death.
OriginChina (3000 BCE)
Filament LengthUp to 1,500 m per cocoon
StrengthStronger than steel by weight
ThermalWarm in cold, cool in heat
Natural · Protein
Wool
Ovis aries
Sheared from sheep, wool's crimped structure traps air and provides insulation far superior to its weight. The scales on each fibre interlock when agitated — causing felting — and also give wool its natural water resistance. Merino, the finest grade, produces fibres under 24 microns in diameter.
OriginCentral Asia (10,000 BCE)
Micron Range14–40 µm
Moisture WickingExceptional
Fire ResistanceSelf-extinguishing
Natural · Plant
Linen
Linum usitatissimum
Derived from the stem of the flax plant through a process called retting and scutching, linen is one of the oldest textile fibres known. Egyptian mummies were wrapped in linen. It is approximately 30% stronger than cotton, becomes softer with each wash, and conducts heat away from the body, making it ideal for warm climates.
OriginEgypt / Mesopotamia (8000 BCE)
Strength vs Cotton+30%
Cooling EffectExcellent
Water Absorption20× its own weight
Natural · Luxury Protein
Cashmere
Capra hircus laniger
Combed, not sheared, from the soft undercoat of the Cashmere goat of the Himalayan plateau. Each goat yields only 150–200 grams of usable fibre per year — meaning a single sweater requires the annual yield of three to four animals. Fibres under 15.5 microns are classified as ultra-fine cashmere.
OriginKashmir / Mongolia
Fibre Diameter14–19 µm
Warmth vs Wool8× warmer
Annual Yield/Goat150–200g
Natural · Plant
Hemp
Cannabis sativa
One of the world's oldest cultivated plants, hemp produces a coarse, durable fibre from its bast. Requiring no pesticides, growing in poor soils, and enriching the land it grows in, hemp is among the most sustainable fibres available. It becomes softer with use and has natural UV resistance. Legal cultivation has surged globally since 2018.
OriginCentral Asia (8000 BCE)
StrengthStrongest natural fibre
Water Usage50% less than cotton
UV ResistanceExcellent
Synthetic · Polymer
Polyester
Polyethylene terephthalate
The world's most produced fibre since the 1970s, polyester is synthesized from petroleum-derived ethylene glycol and terephthalic acid. Its resistance to wrinkle, moisture, and stretching made it transformative for sportswear and activewear. Recycled polyester (rPET), made from PET bottles, now represents a growing sustainable alternative.
InventedDuPont / ICI, 1941
Global Share~52% of all fibres
Wrinkle ResistanceExcellent
RecyclabilityrPET available
Constructed · Cotton
Denim
Serge de Nîmes
A rugged twill woven cotton fabric, denim takes its name from "Serge de Nîmes" — a fabric from Nîmes, France. Levi Strauss and Jacob Davis patented riveted denim trousers in 1873, creating what would become the world's most recognizable garment. The characteristic blue comes from indigo dye applied only to the warp thread, leaving the weft undyed.
OriginNîmes, France (17th C.)
Weave3×1 Warp-faced Twill
DyeIndigo (warp only)
Annual Production~4 billion metres
Constructed · Pile Fabric
Velvet
Velluto · Velours
Velvet is woven on a special loom that simultaneously weaves two thicknesses of cloth, which are then cut apart to create the distinctive short dense pile. The play of light on its surface — which appears to change colour depending on angle — is called "shot" or "crushed" velvet. Originally reserved for royalty, silk velvet from Genoa and Venice was worth more than gold by weight in the medieval period.
OriginBaghdad / Venice (13th C.)
Pile Height1.5–4 mm
Base FibreSilk, Cotton, or Synthetic
Historical StatusRoyal / Aristocratic only
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II
Chapter Two

Weave Structures

The weave is the grammar of cloth. Every quality of a fabric — its drape, its strength, its texture, its sheen — flows from how warp and weft thread interlace. There are three fundamental weaves, from which all others derive.

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Plain Weave
The simplest interlacement: weft passes over one warp thread, under the next, alternating throughout. The strongest weave structure relative to thread count. Found in muslin, taffeta, organza, and canvas.
Twill Weave
Weft passes over two or more warp threads, creating a distinctive diagonal rib. More drapey and supple than plain weave. Used in denim, gabardine, and flannel. The most visible form is the herringbone variant.
Satin Weave
Float threads pass over four or more yarns before interlacing, creating a smooth, lustrous surface with few interlacement points. The face of the fabric catches light beautifully. Used in satin, sateen, and duchesse.
Herringbone
A broken twill weave where the diagonal direction reverses at regular intervals, creating a V-shaped pattern resembling the skeleton of a herring. Classic in suiting, outerwear, and upholstery.
Basket Weave
A variation of plain weave in which two or more warp and weft threads are grouped together and woven as one. Produces a loose, flexible fabric with a checkerboard texture. Used in Oxford cloth and monk's cloth.
Leno Weave
Adjacent warp threads are twisted around each other between picks of weft, locking the structure and preventing slippage. Produces open, mesh-like fabrics. Used in gauze, mosquito netting, and some curtain fabrics.
Dobby Weave
Produced on a loom with a dobby attachment controlling individual harnesses, allowing complex geometric patterns with small repeats. Used in piqué, huckaback towelling, and many decorative shirting fabrics.
Jacquard Weave
The Jacquard attachment, invented in 1804, allows each warp thread to be controlled independently, enabling the weaving of unlimited complexity in pattern. Used in brocade, damask, tapestry, and all figured fabrics. The precursor to the punch-card computer.
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"Cloth is the oldest medium of human civilization — every culture has woven its identity into thread."
— On the History of Textiles
III
Chapter Three

Dyeing & Colour

Colour transforms cloth from mere covering into expression. For most of human history, the ability to produce fast, vivid colour was among the most coveted and expensive arts. A single colour — Tyrian purple — once cost more than gold.

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Tyrian Purple
Woad / Indigo
Madder Red
Weld Yellow
Cochineal
Verdigris Green
Iron Black
Saffron
Malachite
Henna
Lac Dye
Prussian Blue
~10,000 BCE
Origins
Ochre & the First Pigments
Iron oxide ochre, found naturally as a mineral, is the earliest pigment used by humans — both in cave paintings and on skin and cloth. Not a true dye, it does not penetrate the fibre but sits on the surface. Evidence of ochre-decorated textiles has been found at pre-Neolithic sites across Africa and Europe.
3000 BCE
Natural Dyes
Indigo — The Most Ancient Blue
Indigofera tinctoria, cultivated in the Indus Valley, produces a blue dye of extraordinary depth and fastness. Unique among dyes, indigo is insoluble in water and must be fermented in a reducing vat to penetrate the fibre, then oxidise on contact with air to reveal the colour. It remains the dye of blue jeans to this day.
1500 BCE
Luxury Dye
Tyrian Purple — Worth More Than Gold
Extracted from the mucous gland of Murex sea snails, Tyrian purple required approximately 12,000 snails to produce just 1.4 grams of dye — enough to colour the hem of a single garment. The Roman Emperor Diocletian's Edict on Maximum Prices (301 CE) valued Tyrian purple wool at 50,000 denarii per pound — three times the price of gold-dyed silk.
1519 CE
New World Dyes
Cochineal — The Scarlet Revolution
Spanish conquistadors encountering the Aztec empire discovered cochineal — a brilliant crimson dye extracted from the Dactylopius coccus insect, farmed on prickly pear cacti in Mexico. Producing a colour 10 times more intense than any European red dye, cochineal became Spain's second-most valuable export after silver and flooded the European textile market for centuries.
1856 CE
Synthetic Revolution
Mauveine — The First Synthetic Dye
Eighteen-year-old William Henry Perkin, attempting to synthesize quinine from coal tar in his home laboratory, accidentally produced a reddish-brown sludge that, dissolved in alcohol, dyed silk a brilliant mauve. Patented as "mauveine" and commercially produced, it launched the entire synthetic dye industry and transformed chemistry from a laboratory science into an industrial force.
2020s CE
Future Dyeing
Waterless Dyeing & Biotechnology
Conventional textile dyeing consumes 200 litres of water per kilogram of fabric — making it one of the world's most polluting industries. Supercritical CO2 dyeing replaces water entirely, reducing effluent to near zero. Biotech startups are engineering bacteria and fungi to produce dye molecules directly from fermentation. The industry's 200-year environmental debt is beginning to be repaid.
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IV
Chapter Four

Global Textile Traditions

Every culture on Earth has developed its own textile tradition — a language of cloth woven from local materials, climate, spirituality, and social structure. These traditions represent some of humanity's most sophisticated artistic achievements.

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?
East Asia · China
Chinese Silk Traditions
?? — Sichóu
China's silk tradition stretches over 5,000 years. Legend attributes the discovery of silk to the Empress Leizu, who found a cocoon unravelling in her tea. By the Han Dynasty, silk production had become a state secret — the Silk Road carried China's cloth but not its knowledge. Chinese silk arts include figured brocades from Suzhou, embroidered robes for the Imperial Court, and the delicate translucency of Hangzhou silk gauze.
BrocadeEmbroiderySilk RoadJacquard LoomHan Dynasty
?
South Asia · India & Bangladesh
Indian Textile Traditions
?????? — Vastra
India's textile heritage is arguably the most diverse on Earth. Dhaka muslin, woven from the extinct Phuti Karpas cotton, was so fine that 18th-century weavers called it "woven air" — a 6-metre sari could pass through a finger ring. Banarasi brocade woven with gold-wrapped thread served the Mughal court. Block-printed cotton from Rajasthan, Kanchipuram silk, Chanderi, Ikat, Bandhani, Patola — each region developed its own irreplaceable vocabulary of cloth.
MuslinBanarasiIkatBandhaniBlock PrintKanchipuram
W
West Africa
West African Kente & Kanga
Kente — Nwentoma
Kente cloth, woven by the Ashanti and Ewe peoples of Ghana, is one of the most recognisable textile traditions in the world. Woven in narrow strips (4 inches wide) on horizontal treadle looms, then sewn together, Kente's geometric patterns carry encoded meanings: specific designs are reserved for royalty, worn at specific ceremonies, and communicate status, clan, and history. The Kanga cloth of East Africa carries printed Swahili proverbs in its border.
KenteAshantiStrip WeavingKangaAdinkra
J
East Asia · Japan
Japanese Textile Arts
?? — Orimono
Japan's textile philosophy centres on restraint, perfection, and the beauty of imperfection. Shibori — the Japanese approach to resist dyeing including tied, stitched, folded, and compressed techniques — produces extraordinary surface effects. Kasuri (ikat) involves dyeing threads before weaving to create soft, slightly blurred patterns. Nishijin brocade from Kyoto, produced using Jacquard looms, supplied the Imperial Court for 1,200 years. Boro, the practice of patching and repairing cloth until layered and beautiful, prefigures contemporary sustainability thinking.
ShiboriKasuriNishijinBoroKatazome
A
Middle East / North Africa
Islamic Textile Traditions
???? — Nasij
The Islamic world was the great transmitter of textile technology and trade during the medieval period. Damask — named for Damascus — is a reversible figured fabric of satin and sateen weaves. Persian carpet weaving, with some knotted rugs containing over 1,000 knots per square inch, represents the apogee of hand-knotted textile art. The Ottoman court at Bursa produced brocades of unrivalled complexity. Moroccan Berber weaving uses geometric symbols that predate the Islamic era.
DamaskPersian CarpetOttoman BrocadeKilimNasij
A
The Americas · Andean
Andean Textile Traditions
Awayu — Q'aytu
The Andean textile tradition, centred on the Inca Empire and its predecessors, was among the world's most technically advanced. The Inca used cloth as currency, tribute, and communication — sending information encoded in knotted quipu strings. Alpaca and vicuña provided exceptional fine fibres unavailable elsewhere on Earth. Cumbi cloth, woven from vicuña on backstrap looms, was so fine it was worn only by the Sapa Inca and offered to the gods.
AlpacaVicuñaQuipuBackstrap LoomCumbi
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V
Chapter Five

Comparative Properties

Selecting the right fabric requires understanding the physical properties that determine how a textile performs, feels, and ages. The following table rates key fibres across critical dimensions.

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Fibre Type Breathability Durability Warmth Moisture Sustainability
Cotton Natural plant
Silk Natural protein
Wool Natural protein
Linen Natural plant
Cashmere Natural luxury
Polyester Synthetic
Hemp Natural plant
Lyocell / Tencel Semi-synthetic
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VI
Chapter Six

Care & Sustainability

The textile industry is the world's second-largest polluter. Understanding how to care for fabric extends its life — and understanding where fabric comes from is the first step toward wearing more thoughtfully.

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??
Water: The Industry's Defining Challenge
The production of a single pair of jeans requires approximately 7,500 litres of water — equivalent to 10 years of drinking water for one person. Conventional cotton is grown with extensive irrigation in water-scarce regions, and textile dyeing and finishing accounts for roughly 20% of all industrial water pollution globally. The Aral Sea, once the world's fourth-largest lake, was largely drained by Soviet-era cotton irrigation — an ecological catastrophe that textile consumption helped cause.
Water Impact
??
Circular Textiles
Less than 1% of textile fibre is currently recycled into new textile fibre. Mechanical recycling — shredding fabric — degrades fibre length. Chemical recycling, dissolving fabric into its molecular components to spin fresh fibre, is emerging as the scalable solution. Companies like Renewlone and Infinited Fiber Company are processing cotton waste at commercial scale.
Circular Economy
??
Washing & Care Principles
60% of a garment's environmental impact occurs during consumer use, primarily through repeated washing. Cold water washing, air drying, washing less frequently, and using a Guppyfriend bag to capture microplastic fibres are the highest-impact actions a consumer can take. Protein fibres (wool, silk) require pH-neutral detergents — alkalinity irreversibly damages them.
Consumer Impact
??
Natural Fibre Certification
GOTS (Global Organic Textile Standard), OEKO-TEX Standard 100, Bluesign, and the Responsible Wool Standard provide certification frameworks covering fibre sourcing, chemical use, and labour conditions. The proliferation of greenwashing has made third-party certification increasingly important for consumers navigating claims.
Certification
??
Future Fibres
Mycelium leather (mushroom-derived), algae fibre, lab-grown silk from engineered E. coli, spider silk produced by goats containing spider DNA, and fibres spun from orange peel, pineapple leaves (Piñatex), apple pomace, and seaweed are all in commercial or near-commercial development. The next textile revolution is biological.
Innovation
??
Repair as Radical Act
Fast fashion has made repair seem unnecessary. The Japanese tradition of Sashiko — visible, decorative mending using running stitch — reframes repair as craft. The Visible Mending movement advocates for celebrating, rather than hiding, the evidence of a garment's life. Doubling a garment's lifespan reduces its environmental impact by 44%.
Repair Culture
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VII
Chapter Seven

The Textile Glossary

A reference dictionary of textile terms — from the loom to the label, from the fibre to the finish.

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Batik
/'bat?k/
Wax-resist dyeing technique originating in Java, Indonesia. Hot wax is applied to cloth to prevent dye penetration, creating patterns. The crackling in the wax produces the characteristic "crackle" lines in batik fabric.
Brocade
/br?'ke?d/
A class of richly decorative shuttle-woven fabrics, often made in silk and sometimes with gold and silver threads. The supplementary weft threads that create the pattern are woven into the ground only where needed.
Cambric
/'ke?mbr?k/
A lightweight, closely woven, white or plain-weave fabric made of cotton or linen. Originally made in Cambrai, France. Used for fine handkerchiefs, shirts, and infant garments.
Damask
/'dæm?sk/
A reversible figured fabric of silk, wool, linen, or cotton, with a pattern formed by weaving. The design appears on one face in warp satin weave, on the reverse in weft satin weave. Named for Damascus, Syria.
Dobby
/'d?bi/
A loom attachment that allows control of up to 32 harnesses independently, enabling geometric patterns too complex for a standard loom but not requiring the full Jacquard mechanism.
Felt
/f?lt/
A textile produced by matting, condensing, and pressing fibres together. Unlike woven fabric, felt has no grain. Wool's scaly surface causes fibres to interlock permanently when subjected to heat, moisture, and agitation.
Fulling
/'f?l??/
The process of cleansing and thickening woven woollen cloth by subjecting it to moisture, heat, and pressure. Fulling closes the weave structure and raises the surface nap, creating a warmer, more weather-resistant fabric.
Gauze
/g??z/
A thin, translucent fabric with a loose open weave. Medical gauze is woven in plain weave; textile gauze often uses leno weave to prevent slippage. Historically woven from silk, now more commonly cotton or synthetic fibre.
Hand
/hænd/
The tactile quality of a fabric — how it feels when handled. A complex composite assessment including softness, drapability, crispness, smoothness, and warmth. "Good hand" is the textile buyer's highest compliment.
Ikat
/'i?kæt/
A dyeing technique in which yarn is resist-dyed before weaving. The slight blurring at pattern edges, caused by yarn slippage during weaving, is characteristic and highly valued. Double ikat, where both warp and weft are dyed, requires extraordinary precision.
Jacquard
/'d?æk??d/
A mechanism attached to a loom that controls individual warp threads independently, enabling the weaving of unlimited pattern complexity. Invented by Joseph Marie Jacquard in 1804 using punch cards — the direct predecessor of computer programming.
Kersey
/'k??zi/
A coarse, ribbed, woollen cloth, usually ribbed, produced in England since medieval times. Named for the village of Kersey in Suffolk. Used for heavy working garments and military uniforms.
Lawn
/l??n/
A plain-woven, fine, lightweight cotton or linen fabric. Distinguished by its high thread count and the degree of finishing — calendering under pressure produces a smooth surface. Used in fine shirting, handkerchiefs, and blouses.
Mordant
/'m??d(?)nt/
A chemical substance, typically a metal salt such as alum, iron, or copper, used to fix dye to fibre. Different mordants used with the same dye produce different colours. Alum + madder = red; iron + madder = brown-black; copper + madder = maroon.
Nap
/næp/
The raised surface fibres of a fabric, such as velvet or fleece. Nap gives directional appearance — the fabric looks and feels different depending on the direction you stroke it. Pattern pieces must all be cut in the same direction on napped fabrics.
Organza
/??'ganz?/
A thin, plain-weave, sheer fabric traditionally woven from silk. The crispness comes from a tight twist in the warp and weft threads. Used in bridal gowns, evening wear, and overlay applications.
Pick
/p?k/
A single weft thread passed through the warp in one throwing of the shuttle. "Picks per inch" (PPI) measures the density of weft threads, one component of fabric quality alongside "ends per inch" (EPI) for warp threads.
Resist Printing
/r?'z?st/
A category of surface design in which areas of fabric are protected from dye by a resist substance. Techniques include batik (wax), shibori (folding/binding), screen printing with discharge paste, and block printing with resist paste.
Selvedge
/'s?lv?d?/
The self-finished edge of a woven fabric, running parallel to the warp. It prevents the fabric from unravelling. In denim, "selvedge" (or "selvage") denim woven on narrow shuttle looms is prized for durability and a clean finished seam.
Thread Count
/?r?d ka?nt/
The number of threads per square inch of fabric, counting both warp (ends) and weft (picks). Often marketed as a quality indicator in bedding, though beyond 400–600 the figure becomes misleading as manufacturers count multi-ply threads as multiples.
Voile
/v??l/
A soft, sheer fabric made from cotton, silk, or synthetic fibres, woven in a plain weave with high-twist yarns. The high thread twist produces a slightly crisp drape. Used in curtains, blouses, and lightweight summer garments.
Warp
/w??p/
The longitudinal threads in a woven fabric, running parallel to the selvedge, held under tension on the loom. The warp carries the most stress during weaving and is typically the stronger thread. Fabric is cut along the warp grain for structural garments.
Weft
/w?ft/
The horizontal threads in a woven fabric, interlaced through the warp at right angles during weaving. Also called the "filling." The weft has more stretch than the warp and is used for pattern and colour in most decorative weaving.
Yarn Count
/j??n ka?nt/
A numerical expression of the fineness of yarn. In the English cotton system, count expresses how many 840-yard hanks make one pound — higher count = finer yarn. In the metric system, count expresses how many 1,000-metre hanks make one kilogram.
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