Topology Resource Hub

Fabric Guide for Clothing Brands

Every fabric your brand might work with — properties, production behaviour, sourcing considerations, and when to use it. Written from the factory floor, not the fashion desk.

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Fabric choice is one of the most consequential decisions in clothing production — and one of the least well-documented from a brand perspective.

Most fabric guides are written for consumers (what feels good to wear) or for fashion students (what fabrics exist). This one is written for clothing brand founders and production managers: what each fabric actually does inside a factory, how it behaves under cutting and sewing, and what you need to specify on a tech pack to get consistent results at scale.

Making fabric decisions before sampling

The most expensive fabric mistakes happen when a brand locks in a material choice without testing it — then discovers mid-sampling that it behaves differently than expected. Shrinkage, color bleed, pile direction, seam behavior under stress: these are factory-floor realities that photos and digital spec sheets do not communicate. Always request physical swatches. Always test before approving.

The guides on this page are organized around what brands actually need to decide: which fibre category fits your product and price point, how synthetic and blended fabrics differ from naturals in production, what specialty fabrics require in terms of factory setup, and how to evaluate fabric fundamentals like GSM and cost per yard before building your cost sheet.

How to use this guide

Use the navigation above to jump to the fabric category most relevant to your current project. If you are still at the selection stage, start with Section 04 — Fabric Fundamentals — before diving into specific materials. The Fabric Calculator at the top and bottom of this page handles yardage estimation for any production run.

01 — Natural Fibres

Cotton, linen, wool, silk — natural fibres are the foundation of most clothing lines. Each has distinct sourcing, handling, and production requirements that affect your final product.

Cotton

Polyester vs Cotton: Which Fabric Reigns Supreme?

The performance, cost, and sustainability trade-offs every brand needs to understand before choosing a base fabric.

Linen

Linen Fabric Summer Guide

Why linen performs differently in production than other natural fibres — shrinkage, weave, and finishing considerations.

Wool

Wool Fabric Guide

Wool grades, production handling, and how to spec wool garments for consistent results across factories.

Ramie

What Is Ramie Fabric?

An underrated natural fibre with strong tensile properties — here's where it fits in modern production.

Flannel

Flannel Fabric Guide

Napping, weight, and seasonal production considerations for flannel — a staple with more variation than most brands expect.

Chiffon

Chiffon Fabric Guide

Sheer, delicate, and notoriously difficult in production. What to spec and what to watch for.

Chiffon

Why Designers Love Chiffon

The drape properties and design possibilities that make chiffon a perennial choice — plus its production limitations.

Tweed

What Is Tweed Fabric?

Construction, weight grades, and how to source quality tweed for tailored production.

Lace

Lace Fabric Guide

Pattern types, production complexity, and quality control points for lace garments.

Organza

Organza Fabric Guide

Stiffness grades, production behaviour, and how to choose the right organza for your design intent.

Tulle

Tulle Fabric: Types and Uses

From bridal to streetwear — the structural properties and construction implications of tulle.


02 — Synthetic & Blended Fibres

Synthetics dominate performance and activewear categories. Understanding their production behaviour — heat sensitivity, stretch recovery, dye uptake — is essential for consistent output.


03 — Specialty & Technical Fabrics

Jacquard weaves, sequins, velour, mesh — specialty fabrics require specific production setups and quality control processes. Don't spec these without knowing what you're asking for.

Jacquard

Jacquard Fabric: A Deep Dive into Weaves & Weight

How jacquard is constructed, why it costs more, and how to spec it correctly for production.

Twill

Twill Fabric Guide: Weave, Benefits & Applications

The diagonal weave structure that makes denim, chinos, and workwear — and why it behaves differently in production.

Satin

Satin Fabric Guide: Types & Production Care

Satin weave vs satin finish — the distinction matters in production, and here's why.

Sequin

Sequin Fabric: Cutting, Sewing & Care

Production challenges with sequin fabrics — needle wear, seam allowances, and quality control checkpoints.

Velour

Velour Fabric: Quality Control Guide

Color bleeding, shedding, and pile consistency — the QC issues that trip up velour production runs.

Mesh

Mesh Fabric Guide

Open structure, breathability ratings, and how mesh is used across sportswear and fashion categories.

Sheer

Sheer Fabric Guide

Transparency levels, lining requirements, and the production finishing steps sheer garments demand.

Chenille

Chenille Fabric Guide

Pile construction, shedding risk, and how chenille behaves differently across knitwear and woven applications.

Minky

Minky Fabric Guide

Ultra-soft pile fabric common in baby and loungewear — production notes on cutting direction and seam finishing.

Outdoor / Technical

Outdoor Fabric Guide

DWR coatings, membrane laminates, and what makes a fabric genuinely suitable for outdoor performance categories.

Woven

Woven Fabric Guide

The structural foundation of most garment categories — how woven construction affects drape, durability, and pattern cutting.


Frequently Asked Questions

What is GSM in fabric and why does it matter for clothing brands?

GSM stands for grams per square metre — it is the standard measurement of fabric weight. A lower GSM means lighter, more breathable fabric; a higher GSM means heavier, more structured fabric. For clothing brands, GSM is one of the most important specifications on a tech pack because it directly affects how a garment looks, feels, drapes, and performs. Common ranges: lightweight shirting 80–120 GSM, mid-weight t-shirts 160–200 GSM, heavyweight fleece 280–380 GSM. See the full guide: What Is GSM in Fabric.

What is the difference between woven and knit fabric?

Woven fabrics are made by interlacing two sets of yarns at right angles — they have little to no stretch and are used in shirts, trousers, jackets, and tailoring. Knit fabrics are made by interlocking loops of yarn — they stretch and recover naturally, and are used in t-shirts, sweatshirts, activewear, and jersey garments. The distinction matters in production because woven and knit fabrics require different cutting techniques, seam allowances, sewing machine setups, and pattern grading logic.

How do I choose the right fabric for my clothing brand?

Fabric selection should be driven by four factors: end use (what the garment is worn for and in what conditions), target market (performance expectations and price sensitivity), production volume (some fabrics have minimum order requirements at mills), and construction compatibility (does this fabric work with your factory's machinery and expertise). Always request physical swatches before approving — photos and digital specs do not communicate how a fabric behaves under cutting, sewing, and washing. The fabric selection guide covers this decision framework in full.

How much fabric do I need for a clothing production run?

Fabric requirements depend on your garment type, number of pattern pieces, fabric width, and total unit count. A standard t-shirt cut from 150cm-wide fabric uses approximately 0.8–1.2 metres per unit; a jacket can use 2–3 metres or more. Always add 5–10% for cutting waste and sampling allowance. Use the Fabric Calculator on this page to estimate yardage based on your garment dimensions and production quantity before placing a fabric order.

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