Printing and dyeing both put colour into cloth, but they answer different questions. Dyeing colours the whole fabric. Printing puts colour in specific places — a logo, a pattern, a photograph — and leaves the rest alone.
That difference drives everything else: the equipment, the economics, and which method makes sense for a given job. A method that’s brilliant for 500 identical shirts is a terrible choice for one, and vice versa.
This guide covers the main printing methods, how to choose between them, and what actually determines print quality and durability. It’s the starting point for everything in our fabric printing section.
The Main Printing Methods
Screen Printing
Screen printing pushes ink through a mesh stencil onto fabric. Each colour in the design needs its own screen, and each screen has to be aligned — registered — against the others so the colours land in the right relationship.
The setup cost is real: screens have to be coated, exposed, washed out, and mounted. But once that’s done, the cost per print is very low, and printing 500 shirts isn’t meaningfully harder than printing 50.
That economic shape defines its use: screen printing is for volume. It’s why it dominates team kit, event merchandise, and commercial apparel.
It also produces the most durable prints of any common method. Plastisol ink, cured properly, outlasts most garments. And it handles effects other methods can’t: metallic inks, puff, glitter, high-density prints with genuine physical relief.
The limitations are the flip side of the same coin. Every additional colour means another screen, another setup, another registration step. Photographic images need halftone separation, which is technically demanding. One-off prints are uneconomical.
Our screen printing section covers the process, equipment, and technique in detail.
Direct-to-Garment (DTG)
DTG works essentially like an inkjet printer that prints onto a shirt. Water-based ink is sprayed directly onto the fabric, and the design is sent as a digital file.
The economics invert completely: there’s no per-design setup cost, so printing one shirt costs roughly the same per unit as printing ten. Full-colour photographic designs are no harder than single-colour ones.
That makes DTG the natural fit for print-on-demand, small runs, personalisation, and complex artwork.
The constraints are fabric and colour. DTG works best on cotton — polyester doesn’t accept water-based ink well. Printing light-coloured ink on dark fabric requires a white underbase layer, which means pretreating the garment and adds time and cost. Hand-feel is soft, but durability generally sits below a well-cured screen print, and per-unit cost stays flat rather than dropping with volume.
Heat Transfer and Vinyl (HTV)
Heat transfer covers several related methods where the design is produced on a carrier and then pressed onto fabric with heat and pressure.
Heat transfer vinyl is cut from coloured sheet material, weeded (removing the unwanted parts), and pressed on. It’s excellent for names, numbers, and simple bold shapes — the reason it dominates sports kit personalisation. It’s not suited to complex or photographic designs, since every element has to be physically cut and weeded.
Printable transfers print a design onto special paper or film, then press it across. This handles full colour without the cutting problem.
Heat transfer has the lowest equipment barrier of any method — a domestic heat press and a cutting machine get you started. It’s ideal for one-offs and very small runs. The tradeoff is that the design sits as a layer on top of the fabric rather than in it, so hand-feel is heavier and longevity depends heavily on application quality and washing care.
Sublimation
Sublimation uses disperse dye inks that convert directly from solid to gas under heat, passing into the polyester fibre and bonding inside it.
Because the colour ends up inside the fibre rather than on top, sublimated prints have zero hand-feel — you genuinely cannot feel the design — and they don’t crack, peel, or fade with washing. It also allows edge-to-edge, all-over printing that other methods can’t match.
The constraint is absolute and worth being clear about: sublimation only works on polyester (or polyester-coated surfaces), and only on light colours. The inks are transparent, so there’s no white ink and no printing light designs onto dark fabric. A 100% cotton shirt cannot be sublimated at all.
This is why sportswear, which is predominantly polyester, uses sublimation so heavily.
Digital Fabric Printing
Digital printing applies the same inkjet principle to fabric by the roll rather than to finished garments. It’s how printed yardage is increasingly produced.
The advantages are short runs without minimums, unlimited colours, photographic detail, and no screen setup. It also uses considerably less water than traditional rotary screen printing of yardage, since colour is applied only where it’s needed rather than flooding the whole cloth.
Ink type has to match fibre, exactly as with dyeing: reactive inks for cellulosics, acid inks for silk and wool, disperse for polyester, pigment inks as a more universal but less durable option.
Block Printing and Hand Methods
Hand block printing — carving a design into wood or linoleum and stamping it onto fabric — remains a living craft tradition, particularly in India, and produces character that machine printing doesn’t replicate.
Related hand methods include stencilling, batik (wax resist), tie-dye and shibori (physical resist), and freehand fabric painting. These sit closer to textile art than production, and our fabric paint and hand-printing section covers the materials and techniques.
Choosing a Method
| Method | Best for | Fabric | Durability | Setup cost |
|---|---|---|---|---|
| Screen printing | 50+ units, few colours | Most fabrics | Excellent | High |
| DTG | 1–50 units, complex art | Cotton, cotton-rich | Good | None |
| Heat transfer vinyl | Names, numbers, one-offs | Most fabrics | Moderate | Very low |
| Sublimation | All-over prints, sportswear | Polyester only, light colours | Excellent | Low-moderate |
| Digital yardage | Printed fabric by the metre | Fibre-matched inks | Good–excellent | None |
| Block printing | Craft, artisan production | Natural fibres | Varies | Very low |
The decision usually resolves to three questions: how many units, how many colours, and what’s the fabric? Answer those and the method is generally obvious.
Inks
Ink choice matters as much as method.
Plastisol is the screen printing standard — PVC-based, sits on top of the fabric, extremely durable, vivid on dark fabric. It doesn’t air-dry (which is why screens can sit loaded between runs) and must be heat-cured to around 160°C to fuse properly. Undercured plastisol cracks and washes off; this is the single most common screen printing failure.
Water-based inks soak into the fabric rather than sitting on it, giving a much softer hand-feel and a more vintage look. They’re harder to work with on dark garments and need careful curing.
Discharge ink removes the garment’s existing dye and replaces it with pigment, producing a print with essentially no hand-feel on dark cotton. It only works on reactive-dyed 100% cotton, and results vary by garment.
Pigment inks are broadly fibre-agnostic, since pigment sits on the surface with a binder rather than bonding chemically. Convenient, but less durable and stiffer than fibre-bonded colour.
What Determines Print Quality
Curing. More prints fail from inadequate curing than from anything else. Every ink has a specified cure temperature and dwell time. “It looked dry” is not cured — plastisol must reach fusion temperature throughout the ink film. A heat gun or under-powered dryer that only surface-dries produces a print that survives handling and fails in the first wash.
Fabric preparation. Residues, softeners, and finishes interfere with adhesion. Garments printed straight from the box sometimes carry manufacturing residue.
Registration. In multi-colour work, alignment between colours determines whether the print looks professional or amateurish.
Mesh count in screen printing controls ink deposit. Lower mesh lays down more ink — good for opaque prints on dark fabric. Higher mesh gives finer detail with less ink.
Pressure and dwell in heat application. Too little pressure and the transfer doesn’t bond; too much heat and you scorch fabric or crush the pile.
Common Problems
Print cracks after washing. Undercured ink, nearly always. Check the dryer’s actual temperature with a probe rather than trusting the dial.
Design peels off at the edges. Usually a heat transfer issue — insufficient pressure, insufficient time, or a fabric the adhesive doesn’t suit.
Colours look dull on dark garments. Without a white underbase, ink on dark fabric takes on the garment colour. Dark fabric needs an underbase layer printed first.
Sublimation looks washed out. Either the fabric isn’t high enough polyester content, or the press temperature or time was insufficient. Cotton content simply won’t hold sublimation colour.
Ghosting on sublimation. The transfer paper shifted during pressing or while lifting. Heat-resistant tape prevents it.
Print feels stiff and heavy. Too much ink deposit, or a method mismatched to the goal. If soft hand-feel matters, water-based, discharge, or sublimation will beat plastisol.
Printing and Garment Decoration Together
Printing rarely exists alone in commercial work. A single order might combine a printed front, an embroidered logo, and a heat-pressed name — each chosen because it suits that element.
Embroidery generally wins for small logos on thicker garments, where it reads as more premium and lasts longer. Printing wins for large designs, fine detail, and photographic work. Heat transfer wins for individual personalisation.
Our T-shirt and garment printing section covers the decoration decisions in more depth.
Where to Go From Here
- Screen Printing — equipment, screens, inks, registration and technique
- T-Shirt / Garment Printing — DTG, heat press, transfers and decoration methods
- Fabric Paint & Hand-Printing — paints, block printing, stencilling and hand techniques
Related areas:
- Fabric Dyeing — colouring whole cloth rather than specific areas
- T-Shirts — garment choice, which affects print results more than most people expect
- Fabric Types & Specs — fibre content determines which printing methods are even possible
Frequently Asked Questions
Which printing method is most durable? Properly cured screen printing and sublimation both outlast most garments. Sublimation has the edge in that it cannot crack or peel — the colour is inside the fibre — but it only works on light-coloured polyester. For general use across fabric types, a correctly cured plastisol screen print is the durability benchmark.
Can I print on polyester? Yes, but the method matters. Sublimation is ideal (that’s what it’s made for). Screen printing works with polyester-appropriate inks, though dye migration — where the garment’s own dye bleeds into the print — is a real issue that needs blocker inks. DTG performs poorly on polyester because water-based ink doesn’t bond well.
Why does my heat transfer peel after a few washes? Application is the usual cause — pressure, temperature, or dwell time outside the material’s specification. Washing habits matter too: turn garments inside out, wash cool, and don’t tumble dry on high. Heat transfer sits on the fabric surface, so it’s inherently more vulnerable than methods that bond into the fibre.
How many shirts do I need before screen printing is worth it? Roughly 25–50 for a single-colour design, depending on local pricing. Below that, setup costs dominate and DTG or transfers work out cheaper. Above it, screen printing’s low per-unit cost takes over quickly.
What’s the difference between DTG and sublimation? DTG sprays water-based ink onto the fabric surface and works best on cotton, including dark garments with a white underbase. Sublimation turns dye into gas that bonds inside polyester fibres, works only on light-coloured polyester, and leaves no hand-feel at all. They suit opposite fabric types and aren’t really substitutes for one another.
Can I print photographs onto fabric? Yes — DTG, sublimation, and digital fabric printing all handle photographic images natively. Screen printing can do it via halftone separation, but it’s technically demanding. Heat transfer vinyl cannot, since each element has to be physically cut.
Do I need special fabric paint, or will acrylic work? Acrylic paint will adhere to fabric but dries stiff and cracks with flexing. Fabric paint is formulated with flexible binders that move with the cloth. You can add a fabric medium to acrylic to improve flexibility, but purpose-made fabric paint gives better results and better wash durability.
