Selecting a fabric base is one of the earliest technical decisions in a collection, but it is also one of the decisions most likely to be simplified too aggressively.

A surface pattern may look excellent on screen and still behave very differently when printed on a sheer chiffon, a compact twill, a cotton jersey or a lustrous satin. A fabric that photographs beautifully may not have the recovery required for a fitted garment. A substrate with excellent colour definition may be unnecessarily heavy for a fluid silhouette. A highly absorbent natural fibre can also produce a deliberately softer visual result than a smooth polyester surface.

For a designer, therefore, fabric selection should be treated as a specification exercise rather than a purely aesthetic choice.

At minimum, evaluate:

1. fibre composition;

2. fabric construction;

3. GSM or mass per unit area;

4. thickness and density;

5. drape;

6. surface texture;

7. stretch and recovery;

8. opacity;

9. lustre;

10. dimensional stability;

11. intended print process;

12. artwork scale and detail;

13. final product construction;

14. expected wear and care conditions;

15. prototype performance.

This is particularly important for independent designers and small labels. When you do not have the development budgets of a large manufacturer, choosing the correct base before committing to production prevents expensive material changes later.

With RightPrints, designers can print their own artwork, photographs, illustrations or patterns on selected textile bases by the metre. Current ordering supports repeat, placed, and full-length artwork layouts, proof approval, and starting quantities from one metre, making physical prototyping possible before moving into a larger run.

That last step matters.

A digital mock-up can tell you whether a motif appears approximately where you expect it. A physical prototype tells you what the material actually does.

1. START WITH THE END PRODUCT, NOT THE PRINT

The most common fabric-selection mistake is beginning with:

“Which fabric will make my artwork look best?”

A better question is:

“What must the finished object do?”

Start by writing an end-use specification.

For apparel, define:

• fitted or oversized;

• structured or fluid;

• stretch or non-stretch;

• close-to-skin or outer layer;

• opaque or deliberately sheer;

• matt or lustrous;

• everyday or occasion-led;

• lightweight, mid-weight or substantial;

• frequent wash or occasional use.

A relaxed resort shirt and a structured overshirt may carry the same artwork but require fundamentally different fabric behaviour.

A light scarf needs movement. Tailored trousers need stability. A fitted knit top needs stretch and recovery. An evening drape may benefit from shine and fluidity.

For accessories and products, define:

• required body;

• abrasion exposure;

• folding behaviour;

• sewing construction;

• whether the fabric must retain a shape;

• whether photographs or very fine graphics are important;

• expected frequency of handling.

The same principle applies when moving custom artwork into finished products.

For example, a printed textile intended for a decorative surface, a custom sash, a bag or a structured accessory should not automatically use the same material chosen for a flowing garment.

For interiors, define:

• whether the fabric hangs or lies flat;

• light transmission;

• required coverage;

• desired movement;

• visual scale of the print;

• distance from which the textile will normally be viewed.

You can compare personalised applications through RightGifting Home Décor, including cushions and other printed interior formats.

Material selection begins with function. The artwork comes next.

2. UNDERSTAND GSM — BUT DO NOT USE GSM AS A QUALITY SCORE

GSM means grams per square metre. Technically, it describes the mass of one square metre of fabric.

ASTM D3776/D3776M covers measurement of fabric mass per unit area for most fabrics, while ISO 3801 addresses mass per unit length and unit area for woven fabrics. In other words, GSM is a measurable material property—not a marketing classification for “good”, “premium” or “durable” fabric.

A 70 GSM chiffon is not inferior to a 220 GSM twill.

They are engineered for different jobs.

Practical GSM bands

These bands should be treated as design guidance rather than universal textile standards:

Approximate GSM	General behaviour	Common design direction
Below 80 GSM	Ultra-light, often sheer	Scarves, overlays, lightweight layers
80–120 GSM	Lightweight	Fluid fashion, linings, soft accessories
120–160 GSM	Light to medium	Dresses, shirts, relaxed garments
160–200 GSM	Medium	T-shirts, versatile apparel, some accessories
200–250 GSM	Substantial	Structured apparel, bags, décor
250 GSM+	Heavy	Utility, upholstery-type or highly structured applications

But GSM must always be read together with construction.

A compact 150 GSM woven fabric may feel firmer than a 180 GSM knit. A fabric with an open structure can also appear visually lighter than a tightly woven fabric of similar mass.

Designer’s GSM checklist

Before approving a base, ask:

• Does the weight support the intended silhouette?

• Will it collapse where I need structure?

• Will it feel unnecessarily bulky at seams?

• Does it become transparent under light?

• If layered, what is the combined weight?

• Will gathers, pleats or ruffles become too heavy?

• Is the base comfortable enough for the intended garment?

• Will a bag, pouch or furnishing retain the required body?

Do not specify a fabric using GSM alone.

3. DRAPE: THE PROPERTY THAT DETERMINES SILHOUETTE

Two fabrics can have similar GSM figures and still create completely different garments.

That difference is often drape.

Drape describes the way a textile deforms under its own weight.

At one end of the spectrum, a fluid material drops into narrow, soft folds. At the other, a stiffer material projects away from the body and retains a more architectural shape.

In controlled textile testing, drape can be expressed through a drape coefficient. Designers do not necessarily need to conduct laboratory testing for every prototype, but the principle is useful:

• lower relative stiffness / greater drape → softer, more fluid behaviour;

• higher relative stiffness / lower drape → more structured behaviour.

Choose fluid fabrics when you need:

• scarves;

• saree-like movement;

• dresses with soft folds;

• overlays;

• gathered garments;

• flowing curtains;

• draped decorative pieces.

Choose more structured fabrics when you need:

• utility silhouettes;

• tailored pieces;

• substantial bags;

• shape-retaining accessories;

• table textiles that need a cleaner fall;

• geometric products where soft collapse would compromise form.

A photograph of folded fabric can hide these differences. Always evaluate at least one sample hanging vertically.

Then move it.

Fold it. Gather it. Hold it against a body form. Pin a seam. Observe the way it returns.

That simple physical inspection often reveals more than the product photograph.

4. STRETCH IS NOT THE SAME AS RECOVERY

When working with knits or stretch constructions, measure two separate behaviours:

Stretch: How far the fabric can extend.

Recovery: How successfully it returns towards its original dimensions after the force is removed.

That distinction is critical.

A material can stretch substantially but recover poorly. In a garment, this may cause bagging around elbows, knees, waistbands or other high-movement areas.

Formal textile testing reflects this distinction. ASTM D2594/D2594M measures stretch and growth characteristics of knitted fabrics under low tension, while ASTM D3107 covers stretch, growth and recovery properties of woven fabrics made with stretch yarns.

For a small brand, prototype questions are simpler:

• Does it stretch in the width, length or both?

• How much force is required?

• Does the printed surface visually distort?

• Does it return after 30 seconds?

• Does it return after repeated extension?

• Will the pattern look different across a worn body?

• Does a circular motif become visibly oval?

• Do fine lines become uneven when extended?

For stretch clothing, do not approve a print by looking only at unstretched yardage.

Evaluate the pattern under realistic extension.

This is especially important for typography, grids, stripes, circles and artwork with recognisable faces.

5. FABRIC CONSTRUCTION CHANGES PRINT APPEARANCE

A digital design is not printed onto an abstract flat plane.

It is printed onto a physical surface made from fibres and yarns.

That surface may be:

• smooth;

• pebbled;

• ribbed;

• slubbed;

• knitted;

• tightly woven;

• loosely woven;

• glossy;

• matt;

• sheer;

• micro-perforated.

Each condition changes the way the eye reads your artwork.

Smooth surfaces

Fine, uniform surfaces generally favour:

• photography;

• small typography;

• fine line art;

• detailed illustration;

• subtle gradients;

• precise geometric repeats.

For instance, RightPrints describes its Micro 44" as a 100% micro-polyester fabric with a flat, smooth face, approximately 90–110 GSM, developed for very crisp detail.

Textured surfaces

Texture can become part of the design.

Rayon Slub, for example, introduces visible raised slub character through a print rather than behaving like a perfectly neutral screen. The current RightPrints specification places it around 120–140 GSM with a soft, draped character.

This can be excellent for:

• hand-drawn artwork;

• painterly motifs;

• organic pattern;

• large repeats;

• intentionally tactile collections.

But microscopic line work may compete with a strongly textured surface.

Sheer surfaces

On chiffon, georgette and similar lightweight bases, the substrate allows light through.

That means perceived colour is affected by:

• the background behind the textile;

• layering;

• garment lining;

• lighting conditions;

• skin tone beneath the material.

You are not evaluating colour on a white screen anymore.

You are evaluating colour + material + light.

6. LUSTRE: WHY THE SAME COLOUR CAN LOOK DIFFERENT ON SATIN

Surface shine changes perceived colour.

A matt base reflects light diffusely. Satin directs more light from portions of its surface towards the viewer, producing highlights and tonal shifts across folds.

That is why saturated artwork can appear particularly luminous on satin.

RightPrints currently lists Japan Satin as a lightweight 100% polyester satin of approximately 80–100 GSM with a smooth, lustrous face and sublimation as its recommended print method.

A designer considering satin should therefore check:

• whether shine supports the brand identity;

• whether photography will produce unwanted highlights;

• whether dark colours reveal fold contrast strongly;

• whether the garment is likely to be photographed under flash;

• whether the reverse will be visible;

• whether the sheen makes the collection feel more formal than intended.

A brilliant print result is only useful if the material language matches the collection.

7. CHOOSE THE PRINT METHOD WITH THE FIBRE

Print process and textile substrate should not be treated independently.

Sublimation

Dye sublimation is particularly suited to compatible polyester-based textiles. During the process, colour becomes associated with the polyester rather than forming a thick surface layer.

Useful characteristics can include:

• strong colour;

• sharp detail;

• little additional surface hand;

• suitability for lightweight synthetics;

• good reproduction on smooth polyester surfaces.

RightPrints uses or recommends sublimation across a number of polyester bases, including Japan Satin, Micro, Taiwan Twill and other compatible synthetic fabrics.

Pigment printing

Pigment printing provides another route for suitable cotton, rayon, muslin and related textile categories.

RightPrints also offers printing on customers' own suitable fabrics after the material has been checked, with sublimation used for suitable polyester/polyester blends and pigment available for materials such as cotton, muslin, linen and rayon.

For the designer, the practical rule is simple:

Do not select a fabric independently and only later ask how it will be printed.

Treat fibre + construction + print process as a single technical specification.

8. DO NOT INVENT A UNIVERSAL “INK SATURATION LIMIT”

Design teams sometimes try to reduce print performance to a single number: maximum ink percentage, maximum saturation or a fixed darkness threshold.

That is rarely useful as a universal textile rule.

The practical result depends on:

• fibre composition;

• pretreatment;

• ink system;

• printer;

• profile;

• surface density;

• fabric colour;

• coating;

• finishing;

• artwork;

• environmental and process conditions.

Instead of assigning an arbitrary saturation percentage, use a physical print test.

Create a colour stress-test file containing:

• deep dark fields;

• saturated reds;

• saturated blues;

• saturated greens;

• neutral grey;

• skin tones if relevant;

• subtle tonal gradients;

• fine black lines;

• reversed white details;

• small motifs;

• large solid areas.

Then evaluate:

• shadow separation;

• bleeding or edge softness;

• fine-detail retention;

• tonal transitions;

• surface feel;

• show-through;

• colour shift under different lighting.

This is a far more defensible specification method than telling a designer that one theoretical percentage works across every textile.

9. THE RIGHTPRINTS MATERIAL SELECTOR: HOW CURRENT BASES BEHAVE

The following matrix is a design-selection tool, not a laboratory certificate. Approximate GSM values and material descriptions are based on current RightPrints published product information where specified. Actual suitability must still be validated against your own design and prototype.

RightPrints base	Approx. weight / class	Character	Print direction	Strong starting use
Orange Chiffon	50–70 GSM	Feather-light, sheer, fluid	Sublimation-compatible polyester direction	Sheer overlays, scarves, decorative draping
Chinnon	60–90 GSM	Airy, slightly textured, springy	Sublimation	Flowing apparel, soft overlays
Star Georgette	60–90 GSM	Sheer, pebbled, lightly shimmering	Sublimation-led	Occasion layers, scarves, visual overlays
Japan Satin	80–100 GSM	Smooth, luminous, liquid	Sublimation	Scarves, fluid fashion, statement surfaces
Micro 44"	90–110 GSM	Smooth, fine, lightweight	Sublimation	Detailed graphics, photographic artwork, light accessories
Rayon Slub	120–140 GSM	Soft, breathable, visibly textured	Pigment	Relaxed silhouettes, organic artwork
Satin Twill 44"	140–180 GSM	Lustrous with twill structure	Sublimation	Structured fashion accents, premium décor
Semi-Combed Cotton Jersey	160–190 GSM	Soft knit, breathable, naturally stretchy	Pigment	T-shirts, casual apparel, loungewear
Poly Cameic 44"	180–220 GSM	Substantial, sturdy polyester	Sublimation	Utility pieces, bags, more structured products
Taiwan Twill 60"	200–240 GSM	Heavy, diagonal twill, structured	Sublimation	Tailoring, jackets, substantial décor
Airtex	220–240 GSM class	Performance mesh construction	Sublimation direction	Sports-led pieces and breathable technical applications
PC Cotton	Medium	Polyester-cotton blend, smooth with some crispness	Sublimation currently recommended by RightPrints	Shirts, uniforms, versatile utility
Satin Crepe	Medium	Glossy face, matt textured reverse, fluid	Sublimation	Dresses, saree-style drape, table textiles
Muslin	Lightweight	Airy, breathable, natural matt character	Pigment direction	Summer pieces, prototypes, lightweight décor
Rayon	Light–medium	Cool, soft and fluid	Pigment direction	Dresses, blouses and relaxed fashion

Current product pages give, for example, Taiwan Twill at approximately 200–240 GSM, Micro at 90–110 GSM, semi-combed cotton jersey at roughly 160–190 GSM and Rayon Slub at roughly 120–140 GSM.

The useful question is therefore not:

“What is the best fabric?”

It is:

“Which material properties are best for this specific product?”

10. A QUICK SELECTION ROUTE BY DESIGN OBJECTIVE

If your collection needs maximum fluidity

Start your testing with:

• chiffon;

• Chinnon;

• georgette;

• Japan Satin;

• fluid rayon.

Then decide whether you want transparency, texture or lustre.

If you need a matt, tactile fashion surface

Consider:

• muslin;

• rayon;

• Rayon Slub;

• cotton jersey.

These can support a more organic visual language than glossy synthetic bases.

If fine print detail is critical

Begin with smoother surfaces such as:

• Micro;

• Japan Satin;

• selected smooth polyester constructions.

Photographs, fine illustration and geometric patterns generally need a base that does not visually compete with the artwork.

If structure is the priority

Move towards:

• Poly Cameic;

• Satin Twill;

• Taiwan Twill.

The heavier structure can support utility silhouettes, more substantial accessories and firmer interior applications.

If you are developing casual knit apparel

A cotton single jersey is a more logical prototype than a rigid woven simply because the print looks good.

RightPrints' current semi-combed cotton jersey is approximately 160–190 GSM and has natural knit stretch.

11. PRINT SCALE MUST BE TESTED ON THE FABRIC, NOT ONLY ON SCREEN

A 3 cm motif can feel very different on:

• a scarf;

• a T-shirt;

• a curtain;

• a pouch;

• a full skirt.

Always assess pattern scale relative to the final viewing distance and product dimensions.

Repeat layout

Useful when a pattern must continue consistently across yardage.

Check:

• repeat seams;

• motif spacing;

• obvious grid formation;

• directional artwork;

• cutting flexibility.

Placed print

Useful when artwork needs to appear at controlled intervals or in specific garment/product zones.

Check:

• cutting plan;

• seam allowance;

• orientation;

• panel dimensions;

• waste.

Full-length artwork

Useful for large engineered compositions where the complete ordered length forms one image or artwork.

Current RightPrints ordering accommodates repeat, placed and full-length layouts.

If you already know your end product, this choice should be made before finalising the artwork file.

12. FROM PRINTED YARDAGE TO A FINISHED PRODUCT

Material selection becomes easier when you physically connect fabric decisions to finished-product behaviour.

For example, if your artwork is ultimately intended for a custom accessory, study comparable product constructions through Bags and Pouches, Travel Pouches or Drawstring Bags.

For soft furnishings, compare the demands of a custom cushion with a lightweight decorative textile or a table runner.

For personalised finished products rather than printed yardage, Design Yours allows customers to work with supported RightGifting products using their own photos, artwork, patterns or text.

The distinction is important:

RightPrints is the fabric print-on-demand route.
RightGifting provides customisable finished-product formats.

Neither decision begins by inventing your artwork for you. The starting point is your print-ready creative.

13. USE A ONE-METRE PROTOTYPE AS A TECHNICAL TEST

Zero MOQ is most useful when it changes how you develop, not simply how little you order.

RightPrints currently allows designers to begin from one metre and sends a proof before printing.

Use that metre deliberately.

Test 1: Colour

Include challenging colours, not only the safest areas of your design.

Test 2: Scale

Print the motif at the actual intended size.

Test 3: Drape

Hang the fabric vertically and observe fold formation.

Test 4: Cutting

Cut an actual product or garment panel.

Test 5: Sewing

Test the intended seam and stitch configuration.

Test 6: Stretch

For stretch materials, test the pattern while extended.

Test 7: Lighting

Inspect it in daylight, warm interior light and photography lighting.

Test 8: Care

Use the care treatment expected for the final product.

Test 9: Wear

If it is apparel, wear the prototype.

Test 10: Photograph

Some materials look materially different on camera. Photograph the sample before approving a collection intended for online retail.

The objective is to discover failure at one metre, not after production.

14. YOUR PRE-PRODUCTION FABRIC APPROVAL CHECKLIST

Before approving any custom printed textile, record the following:

Material identification

☐ Fibre composition confirmed
☐ Knit or woven construction confirmed
☐ Usable print width confirmed
☐ Approximate GSM recorded
☐ Face and reverse identified

Visual behaviour

☐ Opacity checked
☐ Lustre checked
☐ Surface texture checked
☐ Print detail checked
☐ Dark colours checked
☐ Light colours checked
☐ Gradients checked
☐ Fine lines checked

Mechanical behaviour

☐ Drape approved
☐ Stretch direction checked
☐ Recovery checked if relevant
☐ Fold behaviour tested
☐ Seam bulk reviewed
☐ Dimensional behaviour considered

Print specification

☐ Print process appropriate to fibre
☐ Repeat/placed / full-length layout selected
☐ Artwork scale confirmed
☐ Directionality confirmed
☐ Print proof reviewed
☐ High-resolution source artwork used

Product test

☐ Prototype cut
☐ Prototype sewn
☐ Final dimensions checked
☐ Fabric tested under realistic use
☐ Care requirements evaluated
☐ Final sample photographed

That checklist is far more useful than asking a printer for the single “best” material.

15. A MATERIAL DECISION MATRIX FOR SMALL COLLECTIONS

When several substrates seem plausible, score each one from 1–5.

Criterion	Weight
Drape / structure suitability	20%
Print-detail suitability	15%
Colour behaviour	15%
Comfort / hand-feel	15%
Stretch / recovery	10%
Opacity	5%
Construction compatibility	10%
Care requirements	5%
Width / cutting efficiency	5%

Then calculate:

Material suitability score = Σ criterion rating × criterion weight

The exact percentages can change with the project.

For a scarf label, drape and hand-feel may dominate.

For an art-led wall textile, print clarity may matter more than stretch.

For a sports product, mechanical performance and construction may move to the top.

For a structured bag, rigidity and durability may matter considerably more than fluidity.

The value of the matrix is not mathematical precision. It forces the team to explain why one material was chosen.

16. WHAT IF YOU ALREADY HAVE THE FABRIC?

A curated substrate library is useful because the material and print workflow are already connected.

But sometimes the collection begins with a textile you have already sourced.

RightPrints also provides a print-on-your-own-fabric route. Suitable customer-supplied fabric is checked before the job is confirmed; the appropriate print method depends on the fibre and material.

Before sending your own material, document:

• fibre composition;

• fabric width;

• total metres;

• colour;

• finish or coating;

• stretch;

• previous treatments;

• required artwork;

• end application.

Do not assume every textile is automatically printable.

Compatibility should be confirmed before production.

17. THE FINAL RULE: SPECIFY THE MATERIAL, THEN PROTOTYPE IT

There is no universally correct fabric for a custom collection.

There is only a fabric that is more or less appropriate for a particular combination of:

artwork + construction + silhouette + use + print process.

A successful textile brief therefore should not read:

“We need something premium around 180 GSM.”

It should read more like:

“We need a medium-weight base with enough structure for a relaxed overshirt, moderate opacity, a matt or low-lustre face, sufficient surface uniformity for geometric repeat artwork, good dimensional stability and a print process compatible with the selected fibre.”

That is a usable material specification.

GSM then supports the decision instead of replacing it.

For independent designers, textile students, surface-pattern creators and growing labels, the safest development sequence is:

Define the product → define required material behaviour → shortlist substrates → prepare artwork → print a prototype → physically test it → approve → produce.

Explore custom fabric printing by the metre with RightPrints.

If your objective is instead to put your own photographs, patterns, illustrations or text onto supported ready-to-customise products, explore Design Yours or browse RightGifting.

The artwork may begin digitally.

The collection begins when you choose what that artwork physically becomes.

FAQ

What is GSM in fabric selection?

GSM stands for grams per square metre and describes the mass of a square metre of fabric. It helps designers compare textile weight, but GSM does not by itself determine quality, drape, thickness, durability or suitability. Fibre composition and fabric construction must also be evaluated.

What GSM is best for a clothing line?

There is no single ideal GSM. Lightweight flowing garments may use textiles below roughly 120 GSM, while T-shirts frequently sit in a more medium-weight range and structured garments may require substantially heavier bases. Select GSM according to silhouette, construction, opacity and use rather than treating a higher number as better.

Which fabric works best for structured apparel?

More substantial woven fabrics such as twills are generally stronger starting points for structured silhouettes than very fluid chiffon or satin. Within the current RightPrints range, Taiwan Twill is a particularly structured option at approximately 200–240 GSM.

Which fabric works best for fluid fashion?

Chiffon, Chinnon, georgette, rayon and lightweight satin are useful starting categories when fluidity and movement are priorities. The final choice depends on whether the design also requires transparency, mattness, surface texture or shine.

What is the best fabric for detailed digital prints?

Smooth, compact surfaces generally preserve very fine visual information better than strongly textured substrates. RightPrints Micro 44", for example, uses a smooth micro-polyester face and is intended for sharp photographic and graphic reproduction.

Is polyester or cotton better for digital fabric printing?

Neither is universally better. Polyester substrates are particularly compatible with sublimation, while cotton and other suitable natural/cellulosic fabrics can be printed through pigment-based workflows. Choose according to the required hand-feel, construction and product before choosing the printing route.

Should I prototype fabric before producing a collection?

Yes. A physical prototype lets you examine colour, scale, drape, stretch, sewing behaviour, opacity and real-world use. RightPrints' metre-based ordering and zero-MOQ approach make it possible to test from one metre before committing to a larger run.

Can I have my own fabric printed?

Yes, subject to material suitability. RightPrints provides printing on customer-supplied fabric after the material and intended process have been checked.