T-Shirt Printing Methods Explained
There are several different ways to decorate clothing. Each printing method has its own advantages depending on the design, garment type and quantity of items being produced. The most common t-shirt decoration methods include screen printing, digital printing (DTG), Direct to Film (DTF), transfers and embroidery.
How to choose the best t-shirt printing method
The best printing method depends on several factors:
- The complexity of the artwork
- The number of colours in the design
- The type of garment fabric
- The quantity of garments required
- The durability and feel of the finished print
For example, screen printing is often the most cost-effective option for larger runs, while digital printing methods can be ideal for smaller runs or detailed designs with many colours.
Screen printing
Screen printing is one of the most widely used t-shirt printing methods, particularly for larger quantities. The artwork is separated into colours and each colour is printed through a mesh screen onto the garment.
Advantages: very durable prints; strong vibrant colours; cost-effective for larger runs.
Best for: large orders, bold graphics, corporate branding.
Learn more about screen printing.
Direct to Garment printing (DTG)
DTG printing works in a similar way to an inkjet printer. Special textile inks are printed directly onto the garment, allowing highly detailed designs and photographic images.
Advantages: excellent detail and colour reproduction; no screen setup required; ideal for small runs or one-off prints.
Best for: photographic artwork, complex multi-colour designs, small quantities.
Learn more about DTG printing.
DTF printing (Direct to Film)
DTF printing involves printing a design onto a special film and then applying the design to the garment using heat and adhesive powder. This method allows detailed full-colour artwork to be printed onto many different fabrics including cotton, polyester and blended garments.
Advantages: works on a wide range of fabrics; vibrant full-colour printing; suitable for small or medium runs.
Best for: multi-colour logos, sportswear, mixed garment orders.
Learn more about DTF printing.
Heat transfer printing
Heat transfer printing involves printing a design onto transfer material and then applying it to a garment using heat and pressure. Traditional transfers have largely been replaced by modern DTF printing, which offers more flexibility and better detail. However, transfers are still extremely useful in certain situations.
Transfers work particularly well when printing onto garments such as softshell jackets, polyester fabrics and performance garments. These materials can sometimes suffer from dye migration, where the dye in the garment bleeds into the printed design during the heat application process. Red and black garments are especially susceptible. Specialist transfers can include a dye blocker layer which prevents the garment dye from migrating into the print.
Advantages: ideal for polyester and technical fabrics; prevents dye migration; good for logos and personalisation.
Best for: softshell jackets, sportswear, names and numbers.
Embroidery
Embroidery is not a printing method but a decoration technique where the design is stitched directly into the fabric using coloured thread. It produces a premium textured finish that is extremely durable.
Advantages: very durable; professional appearance; ideal for uniforms.
Best for: corporate logos, workwear, polo shirts and jackets.
Why some prints feel thick and others feel soft
Different printing methods can produce prints that feel different on the garment. Large solid blocks of colour require more ink or material to be applied to the fabric, which can create a thicker print layer — particularly with screen printing or transfer printing. Designs with lighter coverage tend to feel softer because less ink is used.
White underbases: when printing onto dark garments a white ink layer is often printed underneath the design to make colours appear bright. This extra layer can slightly increase the thickness of the print.
Halftones: halftoning converts solid colours into patterns of small dots. This reduces the amount of ink used while maintaining the appearance of the artwork and can create a softer print feel.
Fabric type also affects print feel. Cotton fabrics tend to absorb inks more naturally, while synthetic fabrics often require a print that sits more on the surface.
Which t-shirt printing method is best?
There is no single best method for every design. The most suitable option depends on the artwork, garment and quantity.
| Method | Best for | Quantity | Print feel | Colour range |
|---|---|---|---|---|
| Screen Printing | Bold graphics, solid colours | 25+ garments | Smooth, slightly raised | Up to 6 spot colours |
| DTG Printing | Detailed artwork, photos | 1–50 garments | Soft, absorbed into fabric | Unlimited (full colour) |
| DTF Printing | Versatile fabrics, logos | 1–100 garments | Slightly textured film | Unlimited (full colour) |
| Transfers | Technical fabrics, sportswear | 1–50 garments | Smooth, sits on surface | Full colour with dye blocker |
| Embroidery | Corporate branding, uniforms | Any quantity | Raised, textured stitching | Up to 15 thread colours |
Frequently asked questions
Which printing method is best for small quantities?
For small quantities (1–20 garments), DTG and DTF printing are usually the best choice — there's no screen setup, so per-unit costs stay reasonable.
Which printing method is most cost-effective for bulk?
Screen printing is almost always the cheapest method per garment for runs of 25 or more, particularly for designs with 1–4 colours.
Can I print full-colour photographs on a t-shirt?
Yes — DTG and DTF printing reproduce photographic artwork well, with no limit on the number of colours.
What's the most durable printing method?
Embroidery is the most durable decoration method, followed by screen printing. Both withstand many years of regular washing.
Which method works best on polyester and sportswear?
DTF printing and specialist heat transfers (with a dye blocker layer) work best on polyester and technical fabrics, as they prevent dye migration.