Founder, Arklavo · Custom apparel for 1,000+ U.S. businesses
Screen printing is a decoration method that pushes ink through a fine mesh stencil onto fabric, one screen per color, producing thick, durable prints that get cheaper per shirt as the run gets bigger. It's the oldest and still the most common way to put a logo on a t-shirt, and it's the method behind most of the printed tees you own. If you're comparing quotes and wondering what is screen printing compared to DTG, heat transfer, or embroidery, this guide walks through the full process, the inks, the real costs by run size, and the situations where another method serves your business better.
Key takeaways
- One screen per color. Each ink color in your design needs its own mesh stencil, which is why simple one-color and two-color logos quote so much cheaper than full-color art.
- Setup runs $15 to $30 per screen. That fixed cost is why a 500-shirt run can land near $4 to $6 per shirt while a 12-shirt run costs double or more.
- Plastisol ink cures around 320°F. A properly cured plastisol print survives 50 or more washes without cracking or peeling.
- It wins on big single-design runs. Screen printing is the cost and durability champion at 100-plus identical pieces, and the wrong tool for small mixed orders and photo-style art.
- Arklavo runs embroidery, DTG, and heat press in-house with no minimums. Those methods cover most B2B orders. For a huge single-design run, screen printing is a great fit, and this guide shows you when.
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Shop custom apparelWhat is screen printing? The definition in plain terms
Screen printing, also called silk screening or serigraphy, is a stencil-based printing method where ink is forced through a tensioned mesh screen onto a garment, with the open areas of the stencil letting ink pass and the blocked areas keeping it out. Each color in the design gets its own screen, and the garment moves under each one in turn until the full image is built up layer by layer.
The principle hasn't changed in centuries. The earliest stencil prints on fabric trace back to China during the Song Dynasty, roughly 960 to 1279 AD, and Japanese printers later refined the craft with finer mesh materials. The modern industrial version arrived when Samuel Simon of Manchester, England received the first patent for a silk screen printing process in 1907, and a group of American artists coined the term serigraphy in the late 1930s to describe the fine-art application.1 Andy Warhol made the technique famous in galleries during the 1960s, but its real home has always been the production floor, where it still decorates more printed garments than any other method.
What makes it different from digital methods is simple physics. A screen print lays a measurable film of ink on top of or into the fabric, which is why the colors look so dense and why the print survives years of washing. A digital printer sprays a thin layer of ink instead. Both have their place, and the rest of this guide covers exactly where each one wins.
The screen printing process, step by step
The screen printing process runs through eight stages: artwork separation, film positives, coating the screen with emulsion, UV exposure, washout, press registration, printing with a squeegee, and heat curing. A shop can move a simple one-color job through all eight in under an hour, but every stage has to be right or the print fails on the shirt or in the wash.
- Artwork and color separation. The design is split into one layer per ink color. A three-color logo becomes three separate files, because each color prints from its own screen.
- Film positives. Each color layer is printed in opaque black onto clear film. This film blocks light during exposure and defines where ink will eventually pass.
- Coating with emulsion. The mesh screen is coated with a light-sensitive liquid called photo emulsion and dried in a dark room. The emulsion is the raw material of the stencil.
- Exposure. The film positive is laid on the coated screen and blasted with UV light. Wherever light hits, the emulsion hardens. Wherever the black film blocks it, the emulsion stays soft.2
- Washout. The screen is rinsed with water. The soft, unexposed emulsion washes away and leaves open mesh in the exact shape of the design. The stencil is now complete.
- Press setup and registration. Screens are clamped onto the press, one station per color, and aligned so every layer lands in exactly the right spot. Registration is where multi-color jobs live or die.
- Printing. Ink is loaded onto the screen and a squeegee is pulled across it under pressure, pushing ink through the open mesh onto the garment below. On dark shirts, a white underbase usually prints first and gets a quick flash dry so the top colors stay bright.
- Curing. The printed garment rides through a conveyor dryer that takes the ink to its full cure temperature. Skip or rush this step and the print washes out, no matter how good it looks off the press.
Mesh count matters more than most buyers realize. A coarse 110 mesh lays down a thick deposit of ink for bold text and big spot colors, a 156 mesh balances coverage and detail, and finer screens in the 230 range hold halftone dots and fine lines.2 A good shop picks the mesh to match your art, and it's one of the quiet reasons two quotes for the same logo can produce very different shirts.
The press itself comes in two flavors. A manual press relies on an operator pulling the squeegee by hand, station by station, and it's how most small shops and hobby printers work. An automatic press does the same job with mechanical arms at far higher speed and far more consistent pressure, which is what makes runs in the hundreds and thousands economical. When a supplier quotes you a sharp price on 500 shirts, an automatic press is usually the machine behind that number. The output of both can be excellent. The difference shows up in speed, consistency across a long run, and the size of order each shop can take on profitably.
Screen printing inks explained: plastisol vs water-based
Most screen printing uses one of two ink families: plastisol, a PVC-based ink that sits on top of the fabric and cures around 320°F, and water-based ink, which soaks into the fibers, cures at roughly 300 to 320°F over a longer dwell time, and leaves a softer feel. The choice changes how the print looks, feels, and ages.
Plastisol is the industry workhorse. It doesn't dry in the screen, it prints opaque and bright on dark garments, and it's forgiving for the press operator. The trade-off is hand feel: a plastisol print is a film you can feel on the shirt. Ink makers publish exact cure specs on their technical data sheets, and the standard guidance is that conventional plastisol needs to reach roughly 320°F through the full thickness of the ink film to cure properly.3 Low-cure formulations that finish near 270°F exist for heat-sensitive fabrics.
Water-based ink works the opposite way. Instead of sitting on the surface, the pigment and binder soak into the fibers, and the water has to evaporate completely before the binder can cure. Equipment maker Anatol's guidance is to hold the print at around 300 to 320°F for two to three minutes, a much longer dwell than plastisol needs, because the water must fully escape first.4 The reward is a print with almost no feel at all, the soft vintage look you see on retail tees. The cost is trickier production, less opacity on dark fabric, and ink that can dry in the screen mid-run.
For a business order, the practical rule is short: plastisol for bold logos, uniforms, and dark garments where durability and punch matter most, water-based when you want retail-soft merch on light or pastel shirts and you're working with a shop that runs it well.
Specialty inks and finishes you can ask for
Beyond standard plastisol and water-based, screen shops offer specialty inks like puff, metallic, high-density, glow-in-the-dark, and discharge, each printed through the same stencil process but formulated for a different surface effect. These add cost per color, but they're how a basic tee turns into retail-grade merch.
Once you know the answer to what is screen printing at its core, ink pushed through a stencil, the specialty options stop sounding like magic and start sounding like ink chemistry. Puff ink expands in the dryer and lifts the print off the fabric in relief. Metallic and shimmer inks carry reflective particles for a foil-like look. High-density ink builds a thick, sharply edged layer with a rubbery feel that's popular on streetwear. Glow-in-the-dark and color-shift inks do exactly what their names promise, and discharge ink works in reverse: instead of sitting on top of the shirt, it removes the garment dye and replaces it with pigment, leaving a print that feels like untouched fabric.
Two practical notes if you're tempted. First, specialty inks usually run on dedicated screens with specific mesh counts, so they carry their own setup fees and sample approvals. Second, not every effect suits every garment, since discharge only works on 100% cotton dyed with compatible dyes, and puff needs careful curing. Ask your printer for a printed sample on your actual blank before approving a full specialty run.
How screen printing compares to other decoration methods
Screen printing beats other methods on per-unit cost and durability at high quantities, while DTG wins small full-color runs, heat transfer wins names and numbers, and embroidery wins premium polos, hats, and outerwear. No single method is best at everything, which is why serious apparel programs usually mix two or three of them.
| Method | How it works | Best at | Weak at |
|---|---|---|---|
| Screen printing | Ink pushed through a mesh stencil, one screen per color | Big single-design runs, bold spot colors, low unit cost at scale | Small orders, photo art, per-piece changes |
| DTG (direct-to-garment) | Inkjet prints the design straight onto the fabric | Full-color art, gradients, one-offs and small batches | Per-unit cost on big runs, polyester |
| Heat transfer / heat press | A printed or cut transfer is bonded to the garment with heat | Names, numbers, performance fabrics, fast turnarounds | Very large runs, heavy coverage areas |
| Embroidery | The logo is stitched into the garment with thread | Polos, hats, jackets, premium uniform looks that outlast the garment | Large graphics, fine gradients, thin tees |
Durability and perceived value run on separate tracks here. A stitched logo reads more premium on a polo or jacket, which is why corporate uniform programs lean on thread, and our guide to embroidery costs breaks down what that look actually runs per logo. On structured caps, stitching is essentially the default, and the embroidered hats buyer's guide covers why. Screen printing owns the other end: a thousand event tees with a two-color logo is its home turf, and nothing else touches its unit price there.
What screen printing costs by run size
Screen printing typically costs about $8 to $12 per shirt for a one-color design at 50 to 99 pieces, falling to roughly $4 to $6 per shirt at 500-plus, with setup fees of $15 to $30 per screen charged once per color. The economics are entirely about spreading fixed setup across more shirts.
| Quantity | Typical price per shirt (1-color) | What's driving the price |
|---|---|---|
| 50-99 | $8-12 | Setup is split across few shirts, so it weighs on every unit |
| 100-249 | $6-10 | Setup cost per shirt drops sharply, press time gets efficient |
| 250-499 | $5-8 | Blank garments and ink are bought at better wholesale tiers |
| 500+ | $4-6 | Setup becomes pennies per shirt and the press runs nonstop |
Those ranges come from published 2026 pricing guides for one-color designs on standard cotton tees, and every added ink color pushes the numbers up because it means another screen, another setup fee, and another pass on the press.5 Industry pricing references put screen and setup charges at roughly $15 to $30 per color, and the math on how that fixed fee melts away is striking: at 100 shirts a two-color setup adds around fifty cents per shirt, while at 500 shirts it adds about a dime.6
Watch for the line items beyond the per-shirt price too. Dark garments often add an underbase screen, which prices like an extra color. Art preparation or vectorizing a low-resolution logo can carry a one-time fee. Oversize prints, sleeve hits, and a second print location each add a pass on the press. None of these are tricks, they're real labor, but a quote that looks cheap per shirt can grow once locations and underbases stack up, so compare totals rather than unit prices.
The buyer's takeaway: quantity and color count are the two levers you control. Cutting a design from four colors to two often saves more than negotiating ever will, and bumping an order from 80 shirts to 100 can drop the per-unit price enough to nearly pay for the extra twenty shirts. Reprints are where the model really shines: once your screens have burned once and the shop keeps your art on file, a second run of the same design often skips part of the setup cost entirely.
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Explore custom apparelHow long a screen print lasts and how to care for it
A properly cured screen print lasts the useful life of the garment, with plastisol prints commonly surviving 50 to 100 washes before showing meaningful fading or cracking. Durability is the method's signature strength, and it's the reason work shirts and team tees have been screen printed for generations.7
The catch hiding in that sentence is "properly cured." Almost every screen print that cracks, flakes, or washes out early failed in the dryer, not on the press. If the ink film never reached full cure temperature all the way through, it will look perfect on day one and fall apart by wash ten. That's invisible to a buyer at delivery, which is why it pays to order from shops that test their cures and to wash one shirt from a new supplier a few times before committing to a big program.
Care is straightforward and the same advice protects every decoration method. Wash cold, turn the garment inside out, and skip high dryer heat, since a hot dryer is harder on the print than on the fabric. Iron around the print, never directly on it. And remember that fit problems shorten a shirt's life faster than print problems do: a tee nobody wears because it runs boxy is a wasted print, so check the Gildan size chart or the brand-specific chart for your blank before the full run goes to press.
Where screen printing wins for businesses
Screen printing is the right call when you need a large quantity of the same design, when the artwork uses a few bold colors, and when the garments will be worn and washed hard. If your order checks all three boxes, it's usually the cheapest and toughest option on the table.
The classic wins look like this. An event or fundraiser ordering 300 identical tees gets a unit price no digital method can match. A landscaping or construction crew that beats up its shirts gets a print that outlasts the cotton around it. A restaurant or brewery doing a merch drop gets the dense, saturated spot color that makes a simple logo look expensive, and that look pairs especially well with heavyweight garment-dyed blanks like the ones in our custom Comfort Colors tee guide. School spirit wear, team shirts, giveaway tees at trade shows: anywhere the design is fixed and the count is high, screens earn their setup fees back fast.
There's a quality argument too, not just a cost one. Spot-color plastisol on cotton produces a brightness and opacity on dark shirts that digital printing still works hard to match, because the ink is deposited as a real film rather than sprayed droplets. If your brand color has to hit exactly, screen shops mix Pantone-matched ink to order. One practical note before any big run: collect real sizes from your people instead of guessing the spread, and use a resource like our t-shirt size chart guide so the shirts you print actually get worn.
When screen printing is the wrong choice
Skip screen printing when your order is small, when the art is photographic or has many colors, when every piece needs different personalization, or when you're decorating structured items like hats where stitching simply looks better. Forcing the wrong job through screens wastes money and produces a worse product.
Small orders are the most common mismatch. Because every color needs a screen and every screen carries a setup fee, a 15-piece order of a three-color logo spreads three setup charges across fifteen shirts, and the per-unit price balloons. That's exactly the gap DTG and heat press fill: no screens, no setup, so a run of 10 costs nearly the same per piece as a run of 30. It's also why no-minimum suppliers run digital and thread rather than screens for small business orders, the model behind products like the ones in our custom embroidered hoodies guide.
Complex art is the second mismatch. A photograph or a logo with smooth gradients has to be simulated in halftone dots across multiple screens, which takes real skill and still loses detail next to a digital print that reproduces millions of colors in one pass. Personalization is the third: screens print one fixed image, so names, numbers, and per-department variations either need heat-applied transfers or a digital method. And mixed product orders, say 20 polos, 10 hoodies, and 6 hats in three logo placements, fragment the run so much that screen setup costs stack on every variation. When your order looks like that, a shop running embroidery, DTG, and heat press will quote it better and build it better.
How Arklavo handles decoration, honestly
Arklavo runs embroidery, direct-to-garment printing, and heat press in-house, which are the right tools for the small and mid-size mixed orders most businesses actually place, and we'll tell you plainly when a huge single-design run belongs on a screen press instead. We'd rather route you to the right method than force your job into ours.
Here's the honest math behind that lineup. We've decorated apparel for more than 1,000 U.S. businesses, and the typical order isn't 800 identical tees. It's a few dozen pieces across polos, hoodies, hats, and tees, in a spread of sizes, sometimes with different departments or names. For that shape of order, embroidery gives the premium stitched look on polos and outerwear, DTG handles full-color art with no setup fees, and heat press covers names, numbers, and performance fabrics. No minimums, free U.S. shipping over $150, and most orders ship in 2 days. New customers can take 15 percent off a first order with code FIRST15.
If you're weighing thread against print for a uniform program, the embroidery pricing breakdown shows real per-logo numbers, and you can request a quote with your logo to see both options priced side by side. And if your job really is 500 identical event tees in one color, screen printing is a great fit for it. We'll say so, because the preview and the quote should serve your order, not our equipment list.
What I've learned fulfilling B2B apparel orders
I started this company on Etsy in 2023 and rebranded it as Arklavo in 2025, and the single biggest lesson from fulfilling business orders is that buyers ask about printing methods when what they're really asking about is risk. Will the logo crack? Will it look cheap? Will I have to reorder in six months? The method matters less than whether the decoration matches the garment, the artwork, and the way the clothes get used.
The pattern I see over and over: a business owner gets a screen printing quote built for a 300-piece run, then tries to apply that pricing logic to a 25-piece order across four products, and the numbers make no sense. That's not the printer being greedy. It's setup economics applied to the wrong order shape. The reverse mistake happens too, paying digital per-piece prices on a 400-shirt event run that screens would have done for half. My standing advice is to describe the order first and pick the method second. Tell the supplier the quantity, the products, the artwork, and how the garments will be used, and a good one will route you correctly, even if that means sending the job somewhere else.
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Request a quote Shop custom apparelScreen printing FAQ
What is screen printing in simple terms?
It's a method of printing where ink is pushed through a mesh stencil onto fabric with a squeegee. Each color in the design uses its own stencil, called a screen, and the print is then heat cured so it bonds permanently to the garment.
How does screen printing work on dark shirts?
Dark garments get a white underbase layer first. That white layer is flash dried, and the design colors print on top of it, which keeps them bright instead of letting the dark fabric dull them. The underbase counts as an extra screen, so dark-shirt jobs usually cost a little more.
How much does screen printing cost per shirt?
For a one-color design, published 2026 guides put it around $8 to $12 per shirt at 50 to 99 pieces and roughly $4 to $6 at 500 or more, plus setup fees of about $15 to $30 per color. More colors and premium blanks raise the price.
How long does a screen printed shirt last?
A properly cured plastisol print commonly survives 50 to 100 washes without significant cracking or fading, which usually means the print outlives the shirt. Early failure almost always traces back to under-curing at the shop, not to the method itself.
What's the difference between plastisol and water-based ink?
Plastisol sits on top of the fabric as a durable film and cures around 320°F. Water-based ink soaks into the fibers, needs a longer cure to drive off the water, and leaves a print you can barely feel. Plastisol wins on opacity and ease, water-based wins on softness.
Is screen printing better than DTG?
At high quantities with simple artwork, yes, it's cheaper per piece and lays down denser color. For small runs, full-color designs, gradients, and one-offs, DTG is better because it has no screens and no setup fees. The order size and the artwork decide it, not the method's reputation.
Is there a minimum order for screen printing?
Most screen shops set minimums, often 12 to 24 pieces, because setup costs make tiny runs uneconomical. Suppliers that advertise no minimums, including Arklavo, typically run digital printing, heat press, and embroidery instead, since those methods don't carry per-color setup.
Can screen printing reproduce photos and gradients?
Yes, through halftone and simulated-process techniques that build the image from tiny dots across several screens. It takes a skilled separator and printer, and fine detail still renders more faithfully on DTG. For photographic art on a small run, digital is the safer route.
Does screen printing work on polyester?
It can, but polyester needs care. Dye in the fabric can migrate into the ink at high cure temperatures and tint the print, so shops use low-cure or low-bleed inks on performance fabrics. Heat transfer is often the simpler choice for athletic polyester garments.
Should I choose screen printing or embroidery for uniforms?
Embroidery for polos, outerwear, and hats, where the stitched logo reads premium and survives industrial washing. Screen printing for tees and large-quantity shirt runs, where it's cheaper and handles big graphics. Many uniform programs use both across different garments.
Sources
- Catherine Sullivan, Janet Turner Print Museum (CSU Chico), History of Screen Printing: csuchico.edu
- ScreenPrinting.com (Ryonet), Mesh Count and You: screenprinting.com
- Lawson Screen & Digital Products, General Information About Screen Printing Plastisol Inks: lawsonsp.com
- Anatol Equipment Manufacturing, Curing Water-Based Ink the Right Way: anatol.com
- French Press Custom, How Much Does Custom Screen Printing Cost in 2026: frenchpresscustom.com
- Printavo, Screen Printing Pricing Guide: printavo.com
- Extreme Screen Prints, Plastisol Screen Printing Guide: Color & Durability: extremescreenprints.com
