Textillery | Apparel Sourcing & Garment Production in Bangladesh

About Textillery

Who we are

Textillery is a clothing supplier located in Dhaka, Bangladesh. The state-of-the-art technology guarantees that all the creative ideas for your garments are doable. We are excellent in precision dyeing and finishing, as well as in garment dyeing and washing programs, being supported by numerous excellent partners inside and outside Bangladesh.

Our mission is to be the ultimate bespoke global sourcing partner delivering sustainable innovation, leading design collaboration, compliance & CSR excellence, and intuitive client service.

We have developed a strong customer base in QC management, a role where we act as the eyes and ears of our clients at their chosen or nominated factories. In this role, we ensure that our client's production is running smoothly and represents a quality product. We also conduct the final AQL, which is sent to client before shipment.

All our associate production units are compliance-certified.

$OekoTex Certificate - Apparel Sourcing Bangladesh$

WRAP Certified - Apparel Sourcing Bangladesh

Organic Cotton GOTS - Apparel Sourcing Bangladesh

Accord Certificate - Apparel Sourcing Bangladesh

RMG-Sustainability-Council Certificate - Apparel Sourcing Bangladesh

GRS Certificate - Apparel Sourcing Bangladesh

Textillery at a glance

Apparel sourcing from Dhaka, Bangladesh

Who we are: Textillery Sourcing, a sourcing and product-development team based in Dhaka, Bangladesh.
What we do: Product development, fabric sourcing, sampling, production follow-up and final quality inspection (AQL) for clothing brands and buyers.
What we source: Knit and woven garments, denim and non-denim bottoms, sweaters, jackets, kidswear, winter accessories, fabrics, jute bags and handicrafts.
How to start: Send a sketch, photo, sample or tech pack with fabric, quantity, size range, target price and delivery date through the enquiry form.
Catalogue: 130+ designs with indicative specifications for styling, fabrication, composition, weight, sustainability and performance, and a costing worksheet link for each item.
Sustainability: Organic, Better Cotton, recycled and lyocell options, audited associate factories, and documents behind every claim. See our approach.
Contact: info@textillery.ltd · +880 1841 264755

Our promise

What you can expect from us

Living up to your quality expectations and consulting you with eventual further improvements.

A great quality-price ratio. Smaller quantities that can be produced very cost efficient as a result of small overhead expenses.

On time delivery

Ready to Start Your Next Project?

Our specialty

Knit, woven, denim and flat knit

We are able to supply all types of knitted, woven, denim, non-denim, and flat knit items in various compositions and construction.

Anything as long as it is fashion and textile related. Outstanding quality levels.
Light fastness up to 4 and perspiration fastness from 3 to 4.
Sewing accuracy ≤ 5%.
The lead time is 60 days for knitted items and from 90 to 120 days for imported items.
Sustainable raw materials from reputed suppliers

Knitted T-shirt - Apparel Sourcing Bangladesh

Knitted Polo Shirt - Apparel Sourcing Bangladesh

Knitted Tank Top - Apparel Sourcing Bangladesh

300,000

PIECES T-SHIRT / MONTH

200,000

PIECES POLO-SHIRT / MONTH

DYEING CAPACITY / TONS PER DAY.

Sustainability

Responsible sourcing, from fibre to finish

Sustainability starts long before a garment reaches the sewing line. We help you choose better materials, work with audited partners and keep the evidence behind every claim, so what goes on your label is backed by documents.

No blanket green claims. Each material or factory claim is checked against the supplier’s certificate, scope and validity for your product before it is confirmed.

Better materials
Organic cotton, Better Cotton, recycled cotton and polyester, lyocell and jute, chosen to suit the product, price and performance you need.
Water & chemistry
Dyeing and washing with mills that run effluent treatment plants, low-liquor-ratio machines and restricted-substance (RSL/MRSL) controls.
Energy & carbon
We can prioritise partners investing in efficient machinery, rooftop solar and energy monitoring, and plan consolidated sea freight.
People & safety
Associate factories audited under amfori BSCI, WRAP or Sedex, with building and fire safety monitored by the RSC in Bangladesh.
Waste & circularity
Marker planning that reduces offcuts, segregated cutting waste for recycling, and durable construction so garments last longer.
Proof for every claim
Certificates checked for scope and validity, transaction certificates for certified materials, and test reports shared with you.

Follow a T-shirt from cotton field to shipment See how recycled fibre cuts emissions

Fibre to fashion

From cotton field to finished garment

Scroll to follow one cotton T-shirt through eight stages, with the sustainability choices that matter at each one. Select a stage to jump straight to it.

Skip the journey ↓

01 / 08

Cotton grows in the field

Seeds are sown in spring. Five to six months later the bolls split open, revealing soft white fibre wrapped around the seeds.

Sustainability lensOrganic farming avoids synthetic pesticides and fertilisers; rain-fed and regenerative programmes focus on water and soil health.

Ask forGOTS or OCS organic cotton, Better Cotton or recycled-cotton blends.
02 / 08

Harvested and ginned

Seed cotton is picked and taken to a gin, where saws separate the fibre (lint) from the seeds. The lint is pressed into bales of roughly 170–230 kg.

Sustainability lensNothing is wasted: cottonseed is crushed for oil and animal feed. Bangladesh imports most of its cotton, so a known origin is the first step to traceability.

Ask forOrigin documents and transaction certificates for certified cotton.
03 / 08

Spun into yarn

At the spinning mill, fibres are opened, carded and combed, then drawn out and twisted into yarn. Combed Ne 30/1 is a common count for T-shirt jersey.

Sustainability lensSpinning is energy-intensive, so efficient mills and renewable power matter. Recycled fibre is blended in at this stage.

Ask forYarn certificates for organic content, or GRS / RCS for recycled blends.
04 / 08

Knitted or woven into fabric

Circular knitting machines loop yarn into single jersey, rib or piqué for T-shirts and polos. Looms interlace warp and weft for shirts, twill and denim.

Sustainability lensConstruction and GSM decide how a garment wears and washes. A fabric that lasts longer is a sustainability choice too.

Ask forFabric test reports for GSM, shrinkage and spirality before bulk.
05 / 08

Dyed and finished

Greige fabric is scoured, then dyed and finished — for example compacted or softened — to set its colour, hand feel and shrinkage.

Sustainability lensWet processing uses the most water and chemicals. Low-liquor-ratio dyeing, water recycling and a working effluent treatment plant (ETP) make the biggest difference.

Ask forOEKO-TEX STANDARD 100, ZDHC MRSL-conformant chemicals and ETP records.
06 / 08

Cut to pattern

Pattern pieces are graded across sizes and nested in a marker. Fabric is spread in layers and cut, so every front, back and sleeve matches.

Sustainability lensTight marker planning reduces offcuts, and clean cutting waste can be collected and recycled into new yarn.

Ask forMarker efficiency and a waste-segregation plan for your styles.
07 / 08

Sewn by skilled operators

Operators join the shoulders, attach the neck rib, set the sleeves, close the side seams and hem, using overlock, flatlock and lockstitch machines.

Sustainability lensPeople are at the centre of garment making: safe buildings, fair wages and hours, and freedom of association matter as much as materials.

Ask foramfori BSCI, WRAP or SMETA audits, and RSC safety monitoring.
08 / 08

Inspected, packed and shipped

Garments are checked, pressed, tagged and folded. A final AQL inspection — commonly 2.5 for major defects — is completed before cartons ship.

Sustainability lensRecycled-content or plastic-free polybags, right-sized cartons and consolidated sea freight cut packaging and transport emissions.

Ask forA final inspection report, packing list and recycled packaging options.

Every stage is a choice. Tell us which ones matter for your collection, and we will match mills and factories that can document them.

Plan a responsible collection Explore our products →

Recycling impact

Fashion, fibre and global warming

How much fashion adds to global warming, how recycled fibre compares with virgin, what each cotton label really changes, four ways to make polyester, and whether recycled polyester from bottles solves the problem. Every figure is sourced at the end of this section.

1 · The global picture

How much does fashion add to global warming?

The world emitted about 52 billion tonnes of CO₂e in 2023. Fashion, meaning everything from growing fibre to washing and discarding clothes and shoes, was estimated at 2.1 billion tonnes in 2018: about 4%, more than international flights and shipping combined. Depending on what is counted, estimates run from about 2% to about 8%.

The five largest sectors, and fashionbillion tonnes CO₂e a year

Electricity and heatPower stations and heat plants17.033%
TransportRoad, rail, domestic flights and shipping8.516%
AgricultureLivestock, rice and fertilised soils6.212%
Manufacturing and constructionFuel burned by industry, textile mills included6.212%
Fugitive emissionsLeaks and venting from oil, gas and coal3.47%
FashionApparel and footwear value chain, 20182.1≈4%
International aviation and shippingFor comparison1.22%

Sectors: 2023 (Climate Watch). Fashion: 2018 (McKinsey & Global Fashion Agenda); other estimates range from about 1 billion tonnes for apparel alone (WRI, 2019) to about 8% for apparel and footwear (Quantis). Fashion is not an extra slice: its emissions are already counted inside electricity and heat, manufacturing, agriculture and transport.

Where fashion’s emissions happenshare of 2.1 billion t CO₂e, 2018

38%8%15%20%

Material production38%
Yarn preparation8%
Fabric preparation6%
Wet processes15%
Cut, make and trim4%
Transport3%
Retail3%
Product use20%
End of use3%

Over 70% of fashion’s emissions happen before a garment leaves the factory, in fibre, yarn, fabric, dyeing and sewing, much of it in producing countries such as Bangladesh. That is where material, energy and process choices make the biggest difference.

2 · Virgin vs recycled

One tonne of fibre, made two ways

Recycling skips the most energy-hungry steps of virgin production. The skies show the idea: more CO₂ traps more heat. Choose a fibre to compare.

Recycled polyester vs virgin

Virgin polyester starts as crude oil and natural gas, refined into PTA and MEG and polymerised into PET. Mechanical recycling skips extraction and polymerisation: used bottles are sorted, washed, flaked, melted and spun straight into new fibre.

Climate impact t CO₂e per tonne of fibre−76%

Virgin 4.06

Recycled 0.96

Non-renewable energy GJ per tonne of fibre−86%

Virgin 95

Recycled 13

About 40% of virgin PET fibre’s non-renewable energy is the oil and gas built into the polymer itself. Across recycling routes and accounting methods the study found 40–85% energy and 25–75% climate savings; mechanical recycling, shown here, is the most common route for bottle-grade PET.

Shen, Worrell & Patel (2010), 1 tonne of staple fibre, cradle to factory gate.

Recycled cotton vs virgin

Virgin cotton needs land, irrigation water, fertiliser and field machinery before it is ginned. Mechanically recycled cotton skips the farm: cutting waste or used garments are sorted by colour and shredded back into fibre, and colour-sorted fibre can avoid re-dyeing.

Climate impact* t CO₂e per tonne of fibre−81%

Virgin 1.96

Recycled 0.38

Fossil energy GJ per tonne of fibre−62%

Virgin 15.0

Recycled 5.7

Water use m³ per tonne of fibre−77%

Virgin 2,740

Recycled 635

*Excludes carbon taken up by the cotton crop. Counted the reference study’s way, virgin fibre comes to 268 kg CO₂e, so the climate result depends on accounting; the water and energy savings hold either way. Recycled fibres are shorter and are usually blended: a 30% recycled-cotton fabric cut GHG by 2.2–8.6% per kg (Roy, Chu & Chopra, 2023).

Miljögiraff for H&M (2016), 1 tonne of fibre ready for spinning.

Less energy
Recycling skips oil extraction and polymerisation, or farming and irrigation, so less fuel is burned for each tonne of fibre.
Lower CO₂e
CO₂e adds every greenhouse gas into one unit. Less energy and no new feedstock mean fewer emissions per tonne.
Less heat trapped
Greenhouse gases trap heat that would otherwise escape to space. Warming tracks cumulative CO₂, so every tonne avoided counts for the long term.
Waste becomes feedstock
Bottles and cutting waste go back into fibre instead of landfill or burning, and need less new material from the ground.

3 · Cotton options

Conventional, Better Cotton, organic (GOTS) and recycled

These labels certify different things, and their climate results come from different studies. Compare each option with the baseline from its own study, not across studies.

Climate impact of cotton fibrekg CO₂e per kg, farm to gin gate

Textile Exchange cotton LCA, 2026

India Conventional4.17 Organic1.46 −65%

Türkiye Conventional1.29 Organic0.95 −26%

United States Conventional1.55 Organic1.77 +14%

Better Cotton GHG study (Anthesis), 2021

India Comparison farms5.16 Better Cotton4.08 −21%

Five countries Comparison farms4.44 Better Cotton3.59 −19%

Recycled cotton, Textile Exchange 2026

Global average Recycled0.44–1.14 Lowest

Better Cotton notes that its study used a different method from other cotton studies and cannot support product claims. GOTS cotton is certified organic fibre; GOTS also covers processing, which these farm-stage figures do not measure. Recycled cotton is measured up to spinnable fibre.

Conventional
No farm standard. Synthetic nitrogen fertiliser and the energy used to pump irrigation water are the main sources of emissions.
Climate
From 1.29 kg CO₂e per kg (Türkiye) to 4.17 (India) in the 2026 study.
Traceability
Depends on the supplier.
Better Cotton (formerly BCI)
A farm programme that trains growers to use fertiliser, water and pesticides more efficiently.
Climate
Its own study found 19% lower emissions per tonne of lint than comparable farms.
Traceability
Mostly mass balance: it supports farmers, but a garment may not contain Better Cotton, and Better Cotton says the study cannot support product claims.
Organic, GOTS-certified
Certified organic fibre: non-GMO, no synthetic fertiliser or pesticides. GOTS adds rules on chemicals, wastewater and working conditions through processing.
Climate
Lower in India (−65%) and Türkiye (−26%), but higher in the US sample (+14%), where a nitrogen surplus and a smaller harvest raised the per-kg result. The study flags high uncertainty.
Traceability
Physical chain of custody with transaction certificates.
Recycled
Cutting waste or used garments shredded back into fibre. The fibres are shorter, so they are usually blended.
Climate
0.44–1.14 kg CO₂e per kg. Shipping post-consumer waste abroad adds about 0.35 kg; recycling Bangladesh’s 330,000 t a year of cotton-rich waste locally avoids that.
Traceability
GRS or RCS with transaction certificates.

4 · Polyester routes

Four ways to make polyester

Results from one 2026 study of real producers, all at the same stage: one kilogram of PET chip or melt, before spinning. Electricity mix and waste transport change the numbers a lot, so read them as orders of magnitude, not a ranking.

Climate impact of polyesterkg CO₂e per kg of PET chip or melt

Virgin polyesterCrude oil and gas refined into PTA and MEG, then polymerised. 3.39–3.74 Southeast Asia

Bottle-to-fibreThermo-mechanical: used PET bottles sorted, washed, flaked and re-melted. 0.96–1.31 US, China, Southeast Asia

Textile-to-textile, thermo-mechanicalClean polyester offcuts shredded and re-melted. 1.07 only data point: 50/50 blend with bottle flake

Textile-to-textile, chemicalDepolymerised back to its building blocks, purified and re-polymerised. 1.77–2.24 commercial plants, China0.68–0.89 pre-commercial design, Europe

Spinning adds more: virgin staple fibre came to 3.96–4.93 kg CO₂e per kg, and one bottle-based staple fibre spun with coal-fired heat reached 3.04. Textile Exchange stresses that the study is non-comparative and should not be used for simple rankings or claims.

How the four routes differ
Route	Feedstock	Removes dyes and additives?	Can it be recycled again?	Share today
Virgin polyester	Crude oil and natural gas	Not applicable	Yes, if it is collected	About 88% of polyester
Bottle-to-fibre	Used PET drink bottles	No	Rarely: few garments are collected, and each melt degrades the polymer	About 12% of polyester; 98% of recycled polyester
Textile-to-textile, thermo-mechanical	Clean, sorted post-industrial polyester waste	No: the colour stays	A limited number of times	Very small
Textile-to-textile, chemical	Polyester textile waste, mostly post-industrial today	Yes	Yes: output is equivalent to virgin PET	Small but growing

Supplier spotlight · data supplied by Earth Protex

Tex2Tex® by Earth Protex: textile-to-textile recycled polyester

Tex2Tex® turns pre-consumer polyester cutting and yarn waste into recycled PET pellets, staple fibre, yarn and fabric with a Thermo-Mechanical Reactor™, without chemical solvents. Earth Protex makes it in Dalian, China, under GRS certification (Intertek), with a transaction certificate for each shipment.

0.63kg CO₂e per kg of staple fibre, cradle to gate

Calculated by Intertek from 2022 factory data (report TSNT01556537, March 2023; 1.5D × 38 mm staple fibre).

Waste transport0.14
Preparing the recycled material0.06
Making and packing the fibre0.43

Water: 1.16 L used and 0.19 L discharged per kg; over 80% of process water is recycled on site.
Energy: 0.46 kWh of electricity plus 1.1–1.4 MJ of steam per kg. The plant replaced its gas boiler with a biomass boiler in August 2022.

Earth Protex benchmarkkg CO₂e per kg of fibre

Tex2Tex® staple fibreTextile waste, thermo-mechanical reactor0.63
Bottle thermo-mechanicalStaple fibre from PET bottles0.96
Bottle thermo-mechanical via pelletsFilament yarn from PET bottles1.88
Bottle chemical (BHET)Filament yarn from PET bottles2.59
Bottle chemical (DMT)Filament yarn from PET bottles3.08
Virgin PETStaple fibre or filament4.06

−84%CO₂e vs virgin PET0.63 vs 4.06 kg per kg
−34%CO₂e vs bottle thermo-mechanical0.63 vs 0.96 kg per kg
−76%CO₂e vs bottle chemical (BHET)0.63 vs 2.59 kg per kg
−97%energy vs virgin PET*3.25 vs 95 MJ per kg
−99.7%water vs virgin PET*0.19 vs 65.98 L per kg

Earth Protex compares the Intertek result with published data from about 2008 (Shen, Worrell & Patel 2010; plants in Western Europe and Taiwan). Intertek calculated the Tex2Tex® footprint, not the comparison. Against current data, virgin polyester staple fibre is 3.96–4.93 kg CO₂e per kg (Textile Exchange 2026), a similar gap of 84–87%. *Energy compares Tex2Tex®’s direct energy use with cradle-to-gate non-renewable energy, which also counts the oil and gas inside virgin PET. Water compares Tex2Tex®’s wastewater discharged with virgin PET’s total water consumption.

5 · The big question

Is recycled polyester from PET bottles solving the problem?

It helps, but it does not solve it. Bottle-based recycled polyester is a better choice than virgin polyester, yet it leaves fashion’s own waste untouched and is outgrown by virgin production.

What it does

Cuts the polymer’s footprint by about two-thirds: 0.96–1.31 kg CO₂e per kg of chip, against 3.39–3.74 for virgin.
Uses less fossil feedstock: no new oil and gas has to become PTA and MEG.
Keeps bottles out of landfill and incineration where bottle-to-bottle recycling is not available.

What it does not do

It does not recycle clothes. 98% of recycled polyester comes from bottles, and all textile-to-textile recycling, of every fibre, was 0.76% of fibre production in 2025.
It takes bottles out of a tighter loop. Bottles can become bottles again and again, and EU law requires PET bottles to contain 25% recycled plastic from 2025, and all drink bottles 30% from 2030. Once spun into clothing, the PET is rarely recycled again.
It is outgrown by virgin polyester. From 2022 to 2025 polyester output rose from 63 to 82.5 million tonnes, while recycled polyester rose only from 8.6 to 9.7, and its share slipped from 13.6% to about 12%.
The saving shrinks after the chip. Spinning, dyeing and finishing are unchanged; a coal-heated spinning line took one bottle-based fibre to 3.04 kg CO₂e per kg; and the garment still sheds microfibres when washed.

Virgin growth outpaces recyclingmillion tonnes of polyester a year

2022Virgin 54.48.663.0

2025Virgin 72.89.782.5

Virgin Recycled · From 2022 to 2025, virgin polyester grew by 18.4 million tonnes and recycled by 1.1.

Two futures for one bottlewhy bottle-to-fibre is a one-way trip

What actually moves the needle

Textile-to-textile recycling, starting with clean post-industrial waste such as Bangladesh’s cutting waste. Tex2Tex® is one commercial example.
Renewable electricity in spinning, recycling and dyeing mills, the biggest driver of results in every route studied.
Fewer, longer-lasting garments, made from single fibres with removable trims so they can be recycled.
When polyester is needed, GRS-certified recycled content, and textile-based recycled content where available.

Sources and method

Figures come from published life-cycle assessments and market reports. Their years, methods and system boundaries differ, so compare values within each chart rather than across charts, and treat them as indicative. For any claim on a label, ask for supplier-specific data and certificates (GOTS, GRS or RCS).

Materials & standards

Choose the fibre, then prove the claim

Organic cotton

Grown from non-GMO seed without synthetic pesticides or fertilisers.

Verify with: GOTS (content plus processing criteria) or OCS (content only).
Works well for: T-shirts, babywear, jersey and fleece basics.

Better Cotton

A farm programme (formerly BCI) that trains growers in better practices. Most volume is sourced through mass balance, so it supports farmers rather than being physically traceable in every garment.

Verify with: Better Cotton membership and its claims guidance.
Works well for: High-volume everyday cotton programmes.

Recycled cotton

Mechanically recycled from pre- or post-consumer textile waste. The fibres are shorter, so it is usually blended with virgin cotton or polyester.

Verify with: GRS or RCS, with transaction certificates.
Works well for: Sweatshirts, heavier jersey, denim and totes.

Recycled polyester

Made from PET bottles or, increasingly, textile waste. Adds strength, colour retention and quick-drying performance.

Verify with: GRS or RCS, with transaction certificates.
Works well for: CVC blends, activewear, jacket shells, linings and fleece.

Lyocell

A cellulose fibre from wood pulp, made in a closed-loop solvent process. Smooth, breathable and fluid.

Verify with: Fibre-producer certificates or brand licensing (such as TENCEL™) and FSC-certified pulp.
Works well for: Shirts, dresses, blended jersey and denim.

Jute

A strong, biodegradable bast fibre and one of Bangladesh’s signature crops.

Verify with: Ask about coatings and laminations, which affect recyclability and compostability.
Works well for: Tote bags, baskets, mats and packaging.

What the certification logos mean

Certification applies to specific sites, products and scopes, and certificates expire. We confirm the valid certificate for your supplier and product before it is used in a claim or on a label.

Planning a responsible collection?

Add these details to your brief and we will shortlist mills and factories that can document them.

Target material and content claim, such as 100% organic cotton or 50% recycled polyester
Certifications your buyer or market requires, such as GOTS, GRS or OEKO-TEX
Chemical and testing requirements: RSL, MRSL and destination-market tests
Packaging preferences: recycled content, plastic-free, carton sizes

Send a sustainable brief

Our Products

Explore designs for your next collection

Explore apparel designs, accessory collections, handcrafted home products and fabric palettes. Choose a reference to discuss with our sourcing team, then develop the materials, measurements and finish for your market.

Photographs and technical sketches show style references. Every item has a full specification panel covering styling, fabrication, composition, weight, construction, trims, sustainability, performance, packing and testing, plus a Do your own costing button. Specifications are indicative; final composition, GSM, dimensions, colours and certification requirements are agreed during sampling.

Everyday apparel: T-shirts, polos, tanks, shirts, trousers, shorts and coordinated underwear.
Knitwear and outerwear: Pullovers, cardigans, hoodies and jacket silhouettes with clear construction details.
Children’s collections: Dresses, blouses, trousers and shorts developed around age ranges, fit and trim safety.
Seasonal accessories: Coordinated hats, scarves and gloves with selected yarns, colours and patterns.
Bags and home products: Shopping totes, woven baskets, wooden-style vessels, mats and decorative pieces.
Fabric sourcing: Solid shades, print concepts and fabric assortments developed to your construction and testing brief.

Men's Wear

Explore everyday tops, woven shirts, trousers, shorts and underwear designs. Use the sketches to discuss silhouette, construction and branding for your collection.

Crewneck T-shirt design. Short sleeves, a round neckline and a straight hem shown in a technical illustration.

Short-sleeve polo design. A collared polo with a short button placket, short sleeves and a straight body.

Sleeveless tank top design. Front, back and side sketches show a scoop-neck tank with bound neck and armhole edges.

Long-sleeve button-front shirt design. A pointed collar, full button front, cuffed sleeves and a curved hem appear in the sketch.

Five-pocket trouser design. Front and back sketches show full-length trousers, belt loops, a fly front and patch back pockets.

Cargo shorts design. A belt-loop waistband and several flap pockets define this cargo-short sketch.

Drawstring shorts design. A broad waistband with a front drawcord and curved leg openings is shown in the illustration.

Boxer brief design. A short-leg underwear sketch with a wide waistband and shaped front panel.

Raglan baseball tee. Diagonal raglan seams and long sleeves suit colour-blocked contrast sleeves.

Slim chino trouser. Flat-front chino with slanted pockets, belt loops and a zip fly.

Jogger sweatpant. A tapered, drawcord jogger with side pockets and rib cuffs.

Classic brief. A mid-rise brief with a branded waistband and elasticated leg openings.

Crewneck T-shirt design

Short sleeves, a round neckline and a straight hem shown in a technical illustration.

For your sourcing brief: Fabric composition, GSM, fit, print placement and size range.

Composition 100% cottonWeight 140-220 gsm

Full specificationstyling · fabrication · composition · weight · sustainability · performance

Styling & fit: Classic crewneck T-shirt: regular or relaxed fit, set-in short sleeves, straight hem; slim, boxy or oversized blocks on request.
Fabrication: Circular-knit single jersey; combed or carded ring-spun, compact or open-end yarn; 30s-40s Ne; garment-dyed, reactive-dyed, enzyme / silicone / bio-polished; peached handfeel optional.
Composition: 100% cotton; or 60/40 and 50/50 cotton-polyester, 95/5 cotton-elastane, cotton-modal, cotton with recycled polyester.
Weight: 140-220 gsm; 150-180 gsm typical for everyday wear, 190-220 gsm for premium or heavyweight tees.
Construction & stitching: Tubular or side-seam body, taped shoulder seams, 1x1 or self-fabric neck rib with back neck tape, 2-needle coverstitch hem and sleeve hems, bartacks at stress points, sewn-in or printed neck label.
Trims, branding & finish: Screen, water-based, plastisol, puff, discharge, DTG or heat-transfer print; embroidery, woven or PU patch, printed inner label; hangtag, size sticker and wash-care label.
Sustainability: Options: BCI / organic (GOTS) / recycled-cotton blends; recycled polyester (GRS) for synthetic content; low-impact or reactive dyes; water and chemical management with OEKO-TEX or ZDHC-aligned processing.
Performance: Wicking, anti-odour, UPF 30-50+, easy-care, anti-pilling and low-shrink (under 4%) finishes available; colourfast to ISO 105 grade 4.
Sizing, packing & MOQ: XS-3XL (kids and plus ranges possible). Poly-bag per piece (recycled-content option), size sticker, hangtag and care label; carton packing by size ratio. Typical MOQ 500-1,000 pcs per style/colour, 60-90 days after approvals.
Compliance & testing: Typical: shrinkage and spirality, colourfastness (wash, rub, perspiration, light), pilling, seam strength, fibre content; AQL 2.5 inspection (major) before shipment; RSL/OEKO-TEX on request.

Indicative ranges for discussion. Final composition, GSM, measurements, MOQ and tests are agreed at sampling and quotation.

From your first ideato your next collection.

About Textillery

All our associate production units are compliance-certified.

Textillery at a glance

Our promise

Ready to Start Your Next Project?

Our specialty

Sustainability

Better materials

Water & chemistry

Energy & carbon

People & safety

Waste & circularity

Proof for every claim

Fibre to fashion

Cotton grows in the field

Harvested and ginned

Spun into yarn

Knitted or woven into fabric

Dyed and finished

Cut to pattern

Sewn by skilled operators

Inspected, packed and shipped

Recycling impact

How much does fashion add to global warming?

One tonne of fibre, made two ways

Recycled polyester vs virgin

Recycled cotton vs virgin

Less energy

Lower CO₂e

Less heat trapped

Waste becomes feedstock

Conventional, Better Cotton, organic (GOTS) and recycled

Conventional

Better Cotton (formerly BCI)

Organic, GOTS-certified

Recycled

Four ways to make polyester

Tex2Tex® by Earth Protex: textile-to-textile recycled polyester

Is recycled polyester from PET bottles solving the problem?

What it does

What it does not do

What actually moves the needle

Estimate your order

Materials & standards

What the certification logos mean

Planning a responsible collection?

Our Products

Men's Wear

Crewneck T-shirt design

Short-sleeve polo design

Sleeveless tank top design

Long-sleeve button-front shirt design

Five-pocket trouser design

Cargo shorts design

Drawstring shorts design

Boxer brief design

Henley long-sleeve tee

Raglan baseball tee

Short-sleeve camp-collar shirt

Slim chino trouser

Jogger sweatpant

Classic brief

Ladies and Women's Wear

V-neck T-shirt design

Scoop-neck tank design

Spaghetti-strap camisole design

Long-sleeve fitted dress design

Panelled leggings design

Sleeveless wrap-front top design

Tie-waist shorts design

Crop-top and brief set design

A-line skirt

Pleated midi skirt

Wide-leg trouser

Button-front blouse

Boxy crop tee

Racerback sports bra

Slip dress

Winter items

From your first idea
to your next collection.