All Types of Apparel Printing Explained: Screen, DTG, Sublimation, Embroidery

I've sat in design reviews where brands argued passionately for a particular printing method based entirely on which one they'd seen used before. "We want sublimation on everything." "Can we do DTG?" These conversations usually reveal that the brand doesn't fully understand the trade-offs — and that matters because choosing the wrong printing method for your product can mean prints that crack, colors that won't match, or costs that make your margin impossible.

Each printing technology has specific strengths, weaknesses, cost structures, and applications. Understanding them isn't optional — it's a core competency for anyone serious about building an apparel brand.

Screen Printing: The Industry Workhorse

Screen printing is the oldest and still most widely used method for printing graphics on apparel. Understanding its mechanics helps you understand when it's the right choice.

How it works: A mesh screen with a stencil blocks ink in non-image areas while ink is pushed through the mesh onto the fabric in image areas. Each color requires a separate screen. The garment passes through a curing oven to set the ink.

**Best for:**

**Limitations:**

**Inks for screen printing:**

*Plastisol* — the standard. Sits on top of the fabric, durable, bright, opaque. The classic screen print look.

*Water-based* — soaks into the fabric fibers for a softer hand feel. More eco-friendly but less opaque. Requires pretreatment on dark fabrics.

*Discharge* — chemically removes the dye from the base fabric in the print area before depositing color. Creates an extremely soft hand feel, almost like no print at all. Works only on dyed cotton, not on white or polyester.

*Stretch/elastic inks* — specifically formulated for activewear and stretch fabrics. More flexible than standard plastisol, better suited to garments that need to move.

Setup costs: Each color requires a screen, typically $25-50 per screen. A three-color design with no artistic changes costs $75-150 in setup before printing begins. For 500+ unit orders, this is easily justified. For 12-piece orders, not so much.

Sublimation Printing: The Performance Apparel Standard

Sublimation has transformed activewear and performance apparel design. Understanding why requires understanding the chemistry.

How it works: Sublimation dye is printed onto transfer paper in reverse. Under heat and pressure, the dye converts from solid to gas (sublimates) and penetrates the polyester fiber, becoming part of the fiber itself rather than a layer on top.

**Best for:**

**Limitations:**

Why it's the right choice for performance apparel: The dye is inside the fiber, so it can't crack, peel, or separate. The print is as elastic as the fabric itself. This is non-negotiable for cycling gear, compression wear, sports uniforms, and anything else that stretches significantly in use.

Design file requirements: High resolution (300dpi minimum), correct color profile (sRGB), and correctly laid out in the specific pattern template for the garment. Color representation varies between screen and print — sublimation prints slightly more muted than screen, which needs to be accounted for in design.

DTG (Direct-to-Garment) Printing

How it works: DTG is essentially inkjet printing directly onto a finished garment. The garment is placed flat on a platen, pretreated if printing on dark fabric, and printed directly by a modified inkjet-type printer.

**Best for:**

**Limitations:**

Where DTG makes sense: Small-batch testing, personalization programs, and limited editions where minimum orders aren't economical. Not recommended as a primary production method for a brand building at scale due to per-unit costs and durability concerns.

Embroidery: Dimensionality and Premium Feel

Embroidery occupies a different category from the printing techniques above — it uses thread rather than ink and creates a three-dimensional result that printing cannot replicate.

How it works: A digitized design file instructs a multi-needle embroidery machine to stitch the design using colored threads. The stitch type, direction, and density are all controlled by the digitizing.

**Best for:**

**Limitations:**

Digitizing: The quality of the embroidery digitizing (converting a design file to machine instructions) determines the quality of the finished embroidery as much as the machine itself. A poorly digitized file produces embroidery that looks rough, has tension problems, or doesn't read clearly at size. Always use a qualified digitizer — and request a physical sample (stitch-out) before approving production.

Thread quality — premium embroidery thread has better sheen, colorfastness, and tensile strength than cheap thread. On a premium product, cheap thread that fades or pills defeats the purpose of choosing embroidery.

Heat Transfer and Vinyl Cutting

Two additional techniques worth understanding:

Heat Transfer Vinyl (HTV): Colored vinyl cut on a plotter and heat-pressed onto fabric. Good for cut text and simple graphics. Less durable than embroidery or screen printing for high-use athletic items, but cost-effective for small quantities.

Digital Heat Transfers: Full-color printed transfers that are heat-pressed onto fabric. The transfer is printed on a specialized paper or film, then pressed onto the garment. Better for complex colors than vinyl but still limited in durability versus direct printing.

Choosing the Right Method: A Quick Decision Guide

We handle all major printing and decoration techniques across our product range. Whether you need sublimation cycling jerseys, embroidered caps, or screen-printed cotton tees, we can guide you to the right approach for your specific product and budget. Get a free quote — MOQ 50 pieces, 24-hour response.