You’ve picked your tee.

Someone asks how you want it decorated and lists methods you half-recognize.

Screen, DTG, DTF, and sublimation.

The trap: most “which method” advice is written about a hoodie.

Fleece is thick, plush, and stays put.

Jersey is the opposite of thin, stretchy, and smooth.

The ink behaves differently, and a method that’s perfect on fleece can crack, bleed through, or feel like a sticker on a tee.

This is the decision built for the jersey specifically.

Every method is judged on how it survives a stretchy, lightweight tee through wear and washing, not on a spec sheet, but on what we watch come back through final inspection on our floor in Sialkot.

Working on hoodies instead? Fleece is a different surface with a different answer; read the hoodie printing methods guide. Want the wider view, including embroidery? Start with the full decoration decision guide.

01. Why isn’t a jersey fleece?

Before you compare methods, look at the surface.

A tee fights the printer in the exact opposite way a hoodie does.

Three properties drive every decision below.

Thin: so ink and heat go straight through

Fleece is a buffer; it soaks up heat and holds ink on a plush face. Jersey has none of that.

Press too hot and you scorch or glaze it, or leave a shine box. Lay ink too heavy, and it strikes through to the inside.

Thin fabric leaves far less margin on every setting.

Stretchy: so a rigid print splits

A hoodie body barely moves.

A tee stretches across the chest, the shoulders, and the belly every wear and every wash.

A stiff, thick print can’t follow it, so it cracks along the stretch.

This is the failure that comes back on tees.

Smooth: so fine detail actually holds

The upside. A tight, smooth-knit face resolves thin lines and small types that a fuzzy fleece nap would swallow.

Detailed art is at home on a tee if the method can render it.

The blend hiding inside “jersey”

Jersey is a knit, not a fabric. What it’s spun from decides which methods work at all:

Jersey type Methods that suit it Watch out.
100% cotton DTG, discharge / water-based screen Sublimation won’t bond.
Cotton/poly & tri-blend DTF, plastisol screen Poly content invites dye migration.
100% poly (performance) Sublimation, DTF Ink cure heat drives migration.

Dye migration: the poly-tee trap

Heat colored polyester and its own dye gases up into your print.

A white print on a red poly tee turns pink days later, off-press.

Cotton rarely does it; colored poly jersey does it readily.

On poly or high-poly tees you need low-cure inks, a poly blocker, or a method that skips ink heat entirely.

From the floor:

Every recommendation in this guide traces back to those four facts: thin, stretchy, smooth, and the poly hiding in the blend. Hold them, and the method usually picks itself.

02. Screen printing on tees:

Ink pushed through a mesh stencil, one screen per color.

The cheapest method per piece, once the run is big enough to bury the setup, and, done right, the toughest print on the shelf.

The economics, on a tee:

You pay once to burn the screens, then pennies a pull. So the big single-design order is screen printing’s home.

The catch on the jersey isn’t the price curve; it’s the ink you choose, because that decides whether the print survives a stretchy tee and how it feels.

The ink decides everything on jersey:

Ink Where the color sits On a stretchy tee
Plastisol On top of the fabric Heaviest hand; cracks first unless stretched and added
Water-based Into the fabrics Soft, breaths, and moves with the tee
Discharge Redyes the fabric Near-zero hand: 100% cotton only

On thin jersey, a thick plastisol slab is the classic cracker.

For a soft premium tee, we lean to water-based or discharge, which sit in the fabrics and stretch with them.

From the floor:

Discharge only works on 100% cotton dyed with dischargeable dyes, so we confirm the blank’s dye before we quote it. Get that wrong, and the color comes out muddy.

Full method detail inks, color-count pricing, and the cure window that decides crack resistance lives in the screen printing guide.

One line: big single-design runs, few colors, want it soft or bomb-proof screen.

03. DTG on tees:

Direct-to-garment inkjet whose paper is your tee.

Water-based ink sprayed straight into the cloth.

Full color, from one piece up:

No screens means no setup and no minimum: unlimited color, photographs, gradients, the finest detail, and one tee costs the same per unit as fifty.

That makes DTG the answer for low runs, samples, on-demand, and photographic art.

On smooth 100% cotton jersey the ink absorbs in, and the hand stays genuinely soft on lights.

It lives on cotton:

DTG bonds to cotton and struggles on polyester; the ink doesn’t grab, and pretreatment fights the fabric.

For a performance poly tee, it’s the wrong tool; send that to DTF or sublimation.

On dark tees it needs a white underbase and a pretreat coat, which, done badly, leaves a faint pressing halo and adds a little hand.

Weighing it against DTF specifically?

The DTG vs DTF comparison walks the two digital methods head-to-head.

One line: low run, full color, cotton tee, photographic art DTG.

04. DTF on tees:

Direct-to-film. The design prints onto PET film, gets dusted with adhesive powder and cured, then heat-presses onto the tee as a thin, full-color layer.

Any fabric, no minimum:

DTF doesn’t care what the tee is made of cotton, poly, blends, or tri-blend with no pretreatment.

That clears the poly problem that stops DTG, which is its headline advantage on tees.

Full color and high opacity, including bright whites on darks, with no screens and no minimum.

The wash durability is strong, and the film flexes enough for normal tee stretch.

The trade-off: it’s a film

DTF sits on the tee, not in it.

On large solids you feel it as a thin layer, less breathable than a water-based screen or a sublimated print.

Modern films are softer and thinner, but a big DTF chest block will always carry more hand than discharge.

From the floor:

On a very stretchy tee, a large unbroken film can craze over time if it’s pressed cold or thick. Press it hot and firm for the full dwell, break up big solids, and give the edges a second press; it holds. Application, not laundry, decides DTF’s life.

One line: full color on any fabric, small-to-mid runs, mixed orders DTF.

05. Sublimation on tees:

The one method where the print isn’t on the fabric it’s in it.

Under heat the dye turns to gas and bonds into polyester fabrics, dyeing the fabric itself.

No film, no ink layer, nothing on the surface. (This is the method the hoodie guide leaves out, because it’s rarely the right call on thick cotton fleece, but on a poly tee it’s often the best answer.)

Why is it unbeatable where it fits?

Zero hand-feel you can’t feel a sublimated print because there’s nothing there. Infinite breathability.

No crack, no peel, no stretch failure, because the color is the fabric.

And it’s the only route to true edge-to-edge coverage, sublimating panels before they’re cut and sewn.

The two hard limits:

It needs polyester on cotton; it washes straight out, so this is a poly-jersey method, not your cotton staple.

And it can’t lay down white or print light on dark: the dye is translucent with no white ink, so it wants a white or light poly base.

Dark garments and pale designs are out.

The full production picture the polyester rule, seam matching, cut-and-sew MOQ, and when all-over earns its premium is its own job, covered in the sublimation & all-over print guide. This section is just the tee decision.

One line: poly jersey, vibrant or all-over, permanent and weightless sublimation.

06. Surviving a stretchy tee: crack resistance:

This is where a tee and a hoodie part ways hardest.

A print cracks when the garment stretches more than the print can.

A hoodie body barely stretches, so the print is rarely asked to move.

A tee stretches constantly, so crack resistance is the whole game on the jersey, and it ranks the methods differently than fleece would.

# Method How it takes the stretch
1 Sublimation Perfect the print on the fabric; it cannot crack
2 Water-based/discharge screen Excellent color lives in the fabrics
3 DTF Good flexes; can craze if pressed poorly
4 DTG Good on cotton absorbed, not layered
5 Thick plastisol screen Worst: a stiff slab on a stretchy base

From the floor:

Crack resistance is mostly a process decision, not just a method one.

Add a stretch additive to plastisol or switch to water-based.

Keep the underbase thin and flexible.

Break big solids into halftones so there’s no rigid sheet; cure inside the window (under-cured fails early, over-cured scorches thin jersey).

Get the process right, and even screen flexes are fine on a tee.

07. Keeping the print soft on a premium tee:

On a thin premium tee, hand-feel is half the product.

A stiff patch on a soft tee ruins the garment, and the jersey shows a heavy print far more than plush fleece hides. Softest to heaviest:

Softest → heaviest Method Feel on the jersey.
1 Sublimation No hand at all
2 Discharge Softest ink re-dyes the fabric
3 Water-based screen Very soft, soaks in
4 DTG (light cotton) Soft; the underbase adds a little on darks
5 DTF A thin film you can feel
6 Thick plastisol Heaviest, “sticker” feel

To keep any print soft: choose the ink for the feel, not just the color; thin the film, transfer and underbase; halftone instead of solid; right-size the print; and on poly, reach for sublimation the only zero-hand option that survives that fabric.

From the floor:

The honest trade-off: soft, tough, full-color, and any-fabric pull against each other, and each soft method has a fabric limit.

Discharge wants cotton, sublimation wants poly, and the universal option (DTF) always carries some hand.

Pick the two properties that matter most for the tee in front of you, then choose.

08. Your tee, your method: the decision table:

The whole guide, compressed. Find the row that matches your tee; that’s your answer.

Scenario Best method Why Watch out.
Big single-design order, 1-3 colors, 500+, cotton jersey Water-based/discharge screen Cheapest at volume, soft, durable Needs dischargeable cotton; setup cost
Photographic/full-color, low run (1-50), cotton DTG Unlimited color, no minimum, soft on cotton Cotton only; pretreat halo on darks
Full color on mixed fabrics, small–mid run DTF Any fabric, no pretreat, no minimum Film hand-on big prints
Poly performance jersey, vibrant graphics Sublimation Permanent, zero hand, no crack Poly only; no white / dark garments
All-over graphic, cut-and-sew, poly Sublimation Edge-to-edge, seam-to-seam Panels printed pre-sew; poly only
Dark poly/blend tee, full color, durable DTF Opaque color where DTG can’t bond Heavier hand than screen
Ultra-soft premium feel, dark cotton Discharge screen Re-dyes fabric, near-zero hand Cotton + dischargeable dye required
One-offs, samples, on-demand DTG or DTF No screens, no minimum Cotton → DTG, poly → DTF

Frequently asked questions

There’s no single best; it depends on the jersey’s fabric, color count, run size, and the feel you’re selling.

Screen wins on big single-design runs, DTG on low-run full-color cotton, DTF on any fabric, and sublimation on poly and all-over prints.

Match your tee to the decision table above.

Jersey stretches far more than fleece, so a stiff, thick print can’t move with it and splits along the stretch.

Inks that soak into the fabrics, thinner films, and correct curing prevent it. It’s the main reason hoodie print advice doesn’t transfer to tees.

Not well. DTG ink bonds to cotton, not polyester, and pretreatment fights poly fabric. For a poly performance tee, use DTF or sublimation instead.

Sublimation has zero hand-feel because the dye is inside the fabric. On cotton, discharge is the softest ink; it re-dyes the fabric so you feel almost nothing.

No. Sublimation only bonds to polyester; on cotton it washes out. It also can’t print white or light designs on dark garments, so it needs a light poly base.

Dye migration. Heat makes the polyester’s own dye gas up into the print and tint it, often days after pressing. Use low-cure inks, a poly blocker, or sublimation to avoid it.

From the T-shirt manual

This is one chapter of The Complete T-Shirt Manufacturing Guides:

These chapters cover taking a T-shirt brand from idea to shipped units, costing, sourcing, tech packs, QC, freight, and launch comparisons. All written from the Sialkot factory floor of Gibben Clothing.

Open The Full T-Shirt Guides

On the floor · Sialkot

Written by

Faizan Ahmad

Chief Apparel Technologist & Head of Manufacturing, Gibben Clothing · Sialkot, Pakistan

Faizan leads production at Gibben Clothing, a cut-and-sew streetwear manufacturer in Sialkot, with 8+ years turning raw yarn into retail-ready hoodies, tees, bottoms, jackets, tracksuits, and headwear. He doesn’t just write about clothing; he works the floor, so every guide here is grounded in real fabric behavior, QC standards, and production data from live runs.