From ancient looms to cutting-edge technical textiles — Fabrixe is your authoritative guide to fibres, weaves, finishes, and sustainable fabric innovation.
Fabrixe was founded to demystify one of humanity's oldest industries. Textiles touch every aspect of life — yet few understand the intricate science, artistry, and global supply chains that bring fabric to existence.
Our encyclopaedic guides are trusted by fashion designers, textile engineers, sustainability researchers, and curious minds worldwide. Every article is peer-reviewed by industry specialists.
The world's finest long-staple cotton — 45mm fibre length, extraordinary lustre, silky hand-feel. Grown in the Nile Delta under strictly controlled conditions.
European flax grown in cool, damp climates produces the world's finest linen yarn — valued for centuries for its natural lustre and crisp drape.
A satin-weave silk that shimmers on the face and has a dull finish on the reverse. Exceptionally fluid drape, ideal for eveningwear and lingerie.
Ultra-fine Merino (under 18 microns) is soft enough for next-to-skin wear. Its natural crimp creates tiny air pockets for remarkable warmth-to-weight ratio.
Woven on vintage shuttle looms, selvedge denim produces a self-finished edge with superior density and fades that tell a unique personal story.
Produced by weaving two layers simultaneously then cutting the pile loops — creating the iconic soft, light-absorbing surface that shifts colour with movement.
Every fabric undergoes a precise, multi-stage transformation before it reaches your hands.
Natural fibres are harvested from plants (cotton, flax, hemp) or animals (wool, silk, cashmere). Synthetic fibres are engineered from polymer chains for specific properties.
Raw fibres are cleaned, carded, drafted, and twisted into continuous yarns. Twist direction (S or Z), ply count, and tension define yarn strength and character.
Warp and weft interlace on looms to produce woven structures. Knitting forms interlocked loops. Each method creates distinct drape, elasticity, and texture profiles.
Dyeing, printing, mercerising, sanforising, and coating processes give fabric its final colour, handle, shrink-resistance, and performance properties.
Explore the physical properties, global origins, and sustainability profiles of the fibres that make our world.
The world's most widely cultivated textile fibre, cotton accounts for roughly 24% of global fibre consumption. Its cellulose structure makes it highly absorbent, comfortable against skin, and exceptionally dye-receptive. Egyptian Giza and Pima cotton, with staple lengths exceeding 38mm, represent the premium tier.
Fine Merino fibres (under 20 microns) represent the pinnacle of wool luxury. The natural crimp creates air pockets providing remarkable warmth-to-weight; keratin scales give natural odour resistance and moisture-wicking properties. Australia produces over 80% of the world's Merino clip.
Silk is the only natural fibre produced as a continuous filament. The Bombyx mori silkworm, fed exclusively on mulberry leaves, produces cocoons that are reeled into fine threads of remarkable strength. A single cocoon yields up to 1,500 metres. Its triangular cross-section diffracts light to create incomparable lustre.
Linen is among humanity's oldest textiles, with fragments dating to 36,000 BCE. Derived from the bast fibres of the flax plant, European-grown linen benefits from the region's ideal cool, damp climate. Linen is 30% stronger than cotton, improves with washing, and is fully biodegradable.
Polyester is the dominant global fibre, accounting for over 52% of all fibre production. A thermoplastic polymer (polyethylene terephthalate), it is melt-spun into filaments or staple fibre. Its strength, colourfastness, and low cost make it ubiquitous. Recycled rPET from post-consumer bottles is reducing its environmental burden.
Tencel™ is a branded lyocell fibre produced by Lenzing AG from sustainably sourced wood pulp — primarily eucalyptus, beech, and spruce. Its production uses a closed-loop solvent spinning process that recovers and reuses 99% of chemicals. Silkier than cotton, stronger than viscose, and fully biodegradable.
The textile industry generates 10% of global CO₂ emissions and 20% of industrial water pollution. Real solutions already exist — and are scaling fast.
GOTS-certified organic cotton eliminates synthetic pesticides across 3 million+ hectares, protecting soil microbiomes, waterways, and the 250 million farmers in the cotton supply chain. Regenerative fibre programmes go further — actively restoring biodiversity.
Conventional wet processing consumes 200 litres per kilogram of fabric. Closed-loop dyeing systems, air-dye technology, and DyeCoo's waterless supercritical CO₂ process are reducing consumption by up to 95% — transforming the industry's most critical impact area.
Less than 1% of post-consumer textiles are recycled into new fibres. Chemical recycling of blended textiles (Worn Again, Renewlane) and mechanical cotton recycling are scaling rapidly, targeting a fully circular fibre economy by 2040.
Essential terminology every textile professional should master. Searchable, comprehensive, expert-verified.
The longitudinal yarns held under tension on a loom, running the full length of the fabric. The warp forms the structural skeleton of any woven textile and determines much of its dimensional stability.
The transverse yarns woven over and under the warp threads. Also called fill or filling yarn. Weft insertion speed is a primary determinant of loom productivity and fabric width.
Grams per square metre — the universal measure of fabric weight. Lighter fabrics (80–120 GSM) are sheer or light-weight; heavier weights (300+ GSM) are used for upholstery, denim, and outerwear.
The self-finished edge of a fabric that prevents unravelling. Shuttle-loom selvedge denim — woven at 38 inches on vintage machines — is prized for its clean edge and superior density.
A metallic salt (alum, iron, tannin, copper) that chemically bonds dye molecules to fibre, improving colourfastness and enabling a wider palette of achievable hues in natural dyeing traditions.
The tactile properties of a fabric assessed by touch — softness, smoothness, drape, body, and prickle. Hand feel is the primary sensory attribute in garment specification and buyer approval.
A weave structure where weft threads pass over and under warp threads in a progressive offset, producing a characteristic diagonal rib. Denim, herringbone, and gabardine are all twill-weave fabrics.
The wet-processing stage that removes natural impurities (waxes, oils, pectin, protein) from raw fibre before dyeing. Effective scouring is critical to achieving level, reproducible colour results.
A finishing process using caustic soda (NaOH) under tension that swells cotton fibres, increasing their lustre, dye uptake, and tensile strength by approximately 10–25%.
Fabric trends, fibre science, sustainability reports, and industry data — curated every Thursday for textile professionals worldwide.
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