Availability of this method for your specific garment, quantity and artwork is confirmed on your quotation.
DTF has become a widely used method for uniform branding because it combines full-colour reproduction with a fairly flexible choice of fabrics. Unlike sublimation it works on dark garments and cotton, and unlike screen printing there is no screen to make for each colour, so multi-colour logos do not add setup cost per colour.
The result is a thin, flexible transfer that sits on the surface of the fabric. Durability depends on the film, inks, powder and, above all, correct heat-press temperature, pressure and time for the fabric. For a direct comparison with stitching, read logo embroidery vs DTF printing.
How it works
- Artwork preparation: the design is set at final print size, colours are checked against Pantone references, and a white underbase layer is generated so colours stay opaque on dark garments.
- Film printing: a DTF printer lays down CMYK inks followed by a white ink layer onto a PET transfer film, in mirror image.
- Adhesive powder: while the ink is still wet, a hot-melt adhesive powder is applied across the print and the excess is shaken off, so powder only remains where there is ink.
- Curing: the film passes through a curing oven or under a heat source that melts the powder into an even adhesive layer. The cured transfers can be stored before pressing.
- Heat pressing: each transfer is positioned on the garment and pressed at a temperature, pressure and time set for that fabric, then the film is peeled (hot or cold, depending on the film type).
- Post-press and checks: many decorators give a short second press to improve wash durability, then check adhesion, edges and alignment before packing.
Where it works well — and where it does not
Best for
- Full-colour logos, gradients and fine detail that embroidery cannot reproduce
- Short and medium runs, mixed sizes and staged reorders
- Dark and light garments in cotton, polyester and blends
- Personalisation such as names or numbers alongside a common logo
- Event and promotional T-shirts with multi-colour designs
Typical applications
- Multi-colour chest and back prints on corporate T-shirts
- Full-colour logos on hoodies and sweatshirts
- Logos with fine detail on custom polo shirts
- Event, campaign and promotional staff wear
- Back prints and sponsor logos on lightweight jackets after a test press
Benefits
- Full-colour reproduction, including gradients and photographic elements.
- No per-colour screens, so complex logos are practical even in smaller quantities.
- Works on both dark and light garments and on a broad range of fibres.
- Transfers can be printed in advance and pressed as garments arrive, which helps with staged rollouts.
- Easy to add individual names or numbers.
Limitations
- The transfer sits on the surface and has a slight film feel, especially on large solid areas.
- Under very frequent, high-temperature industrial laundering, a well-applied embroidery or screen print usually lasts longer.
- Large solid prints reduce the breathability of performance fabrics.
- Durability depends heavily on correct press settings for each fabric, so testing new garments is important.
Fabric compatibility
| Fabric | Suitability | Notes |
|---|---|---|
| 100% cotton jersey and fleece | Well suited | Bonds well and stays soft with the correct press settings. |
| Poly-cotton blends | Well suited | A common uniform base; press temperature is kept moderate to protect the polyester content. |
| 100% polyester knits (performance polos, T-shirts) | Suitable with care | Works well, but lower temperatures are needed and dyed polyester can bleed into white ink; low-bleed or blocker films may be used. |
| Nylon and water-repellent jacket shells | Suitable with care | Coatings can reduce adhesion; a test press is recommended before bulk. |
| Heavy cotton twill and drill (workwear) | Suitable with care | Possible on flat areas, but the rough weave and industrial washing can shorten print life compared with embroidery. |
| Heat-sensitive or textured fabrics (some fluorescent hi-vis, mesh) | Not recommended | Heat can affect the fabric's colour or properties; check the garment manufacturer's guidance first. |
Artwork requirements
- Vector artwork (AI, EPS, PDF or SVG) for logos and text; raster artwork should be at least 300 dpi at final print size.
- Transparent background (no white boxes around the logo) supplied as PDF, SVG or transparent PNG.
- Pantone references for brand colours; DTF prints in CMYK, so spot colours are matched as closely as the process allows.
- Very fine lines, typically below about 0.5 mm, and tiny isolated dots may not adhere reliably and are often thickened.
- Text is typically clear from around 6–8 pt equivalent at print size, depending on the font weight.
- Final print dimensions for each placement, for example left chest roughly 8–10 cm or full back roughly 25–30 cm wide.
Read the full guide: how to prepare a logo file for uniform branding.
What drives cost: DTF vs screen printing vs embroidery
The table summarises how cost typically behaves for each method. It is qualitative guidance only; actual pricing is confirmed on each quotation.
| Factor | DTF printing | Screen printing | Embroidery |
|---|---|---|---|
| Setup | Low: no screens, artwork preparation only | Higher: one screen per colour, per design | Moderate: one-off digitising per logo and size |
| Number of colours | Little effect on cost | Each extra colour adds a screen and a print pass | Each colour change adds thread changes and time |
| Design size | Cost rises with transfer area | Larger prints use more ink but setup is unchanged | Cost rises steeply with stitch count |
| Small runs | Usually economical | Setup is spread over few garments, so unit cost is higher | Often economical for small chest logos |
| Large runs | Unit cost stays fairly flat | Unit cost falls as setup is spread out | Unit cost stays fairly flat; machine time dominates |
Caring for DTF-printed uniforms
- Wait at least 24 hours after pressing before the first wash, if garments are washed before issue.
- Wash inside out at a moderate temperature, typically 30–40 °C, unless the garment label says otherwise.
- Avoid bleach and strong solvents on the print.
- Do not iron directly on the print; iron on the reverse or use a protective sheet.
- Low-heat tumble drying or line drying helps the print last longer.
DTF Printing: frequently asked questions
What does DTF stand for?
DTF means direct-to-film. The design is printed onto a film, coated with adhesive powder, cured and then heat-pressed onto the garment.
Is DTF printing durable enough for work uniforms?
A correctly pressed DTF transfer typically withstands regular domestic washing well. For garments that go through very frequent, high-temperature commercial laundering, embroidery or screen printing is often more durable, so the choice depends on how the uniforms are cleaned.
Can DTF print on dark polyester polos?
Yes, DTF can print on dark polyester, but dyed polyester can migrate into the white ink at high temperatures. Lower press temperatures and low-bleed films reduce the risk, and a test press on the actual garment is recommended.
Is DTF better than screen printing?
Neither is better in every case. DTF suits multi-colour designs and smaller runs, while screen printing is often more economical for large runs of designs with few colours. See screen printing vs embroidery for bulk uniforms for related guidance.
What file should I send for DTF printing?
A vector file (AI, EPS, PDF or SVG) with a transparent background is ideal. If you only have a raster file, send the highest resolution available. Our logo file guide explains the details.