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Raised UV vs Puff Print

How raised UV transfers compare to puff plastisol screen print across dimensional consistency, color reproduction, setup cost, and turnaround.

Definition

Raised UV vs Puff Print compares two dimensional decoration methods. Raised UV layers UV-cured acrylate to build a controlled 0.5mm to 0.8mm uniform raise in full CMYK with photographic detail and no setup fee. Puff print mixes a heat-activated blowing agent into plastisol screen ink that expands into a smooth dome under the press, with one screen per color. Raised UV wins on color, short-run economics, and turnaround. Puff stays competitive above 500-unit single-color runs.

Raised UV transfers and puff plastisol screen print both deliver dimensional decoration that lifts off the garment surface. They get there through fundamentally different chemistry. Raised UV layers multiple passes of UV-cured acrylate to build a controlled 0.5mm to 0.8mm uniform raise in full CMYK with photographic detail. Puff print mixes a heat-activated blowing agent into plastisol ink, then expands the ink into a smooth dome under the heat press. Raised UV is digital, full color, no screens. Puff is screen-based, spot color, with one screen per ink. For most retail decoration work raised UV wins on color, turnaround, and minimums.

At a Glance

AttributeRaised UVPuff Print
Dimension0.5 to 0.8 mm uniform1 to 2 mm variable dome
ColorFull CMYK + whiteSpot colors per screen
Photographic detailYesNo
Setup costNone$25 to $50 per color
Minimum order10 units50 to 72 units
Turnaround48 hours5 to 10 business days
Wash durability40+ cycles40+ cycles
Best useRetail, boutique, full colorHigh-volume single color

How Raised UV Works

Raised UV is produced on a UV-LED printer that lays down multiple cured layers of acrylate ink onto a cold-peel transfer film. A white underbase passes first to mask the substrate color, then CMYK process inks render the artwork, then additional clear and white passes build the controlled 0.5mm to 0.8mm dimensional stack. Each pass cures under UV-LED lamps in milliseconds, so layers can be stacked precisely without spreading or bleeding. The finished transfer applies with a heat press at 285 to 300 F for 12 to 15 seconds with medium pressure.

The result is a uniform raise across the entire image with consistent height in every zone. Fine type holds detail. Photographic art keeps gradient fidelity. The dimensional pass adds tactile texture without sacrificing color. See raised dimension explained for the full production chain.

How Puff Print Works

Puff print is plastisol screen print ink with a heat-activated chemical blowing agent mixed in. The decorator separates the artwork by color, burns one screen per color, mixes the puff additive into each ink color, then prints the artwork onto the garment with a manual or automatic press. When the printed garment passes through a conveyor cure dryer at 320 F, the blowing agent decomposes and releases gas that expands the ink upward into a smooth dome. The height depends on ink deposit, cure temperature, and dwell time.

When to Use Raised UV

Use raised UV for retail and boutique drops, photographic and gradient artwork, multi-color hits where screen cost stacks, fine type below 8 pt, rush jobs under 5 days, and any order below 200 pieces where puff setup does not amortize. Streetwear, fashion outerwear, premium headwear, and retail-grade chest hits all favor raised UV. The uniform dimensional height also reads as more polished for retail price points than puff's variable dome.

Raised UV also covers hard-good applications where puff cannot reach. Caps, leatherette goods, and structured headwear all accept raised UV cleanly. See the raised UV patch product page for substrate and sizing notes. Hat decorators running raised UV programs can find the full production partner overview at who we serve: hat decorators.

When to Use Puff Print

Puff print is honestly competitive on single-color hits above 500 pieces of the same design where the screen setup amortizes cleanly and the look brief calls for an exaggerated retro 1990s-style raised feel. Concert merch programs, large team apparel runs, and high-volume nostalgia drops where puff is part of the aesthetic are all valid puff use cases. Below 500 units or with more than one color, the math turns against puff fast.

Can You Use Both?

Yes, on different jobs. Most production shops route short-run, full-color, photographic, and rush work to raised UV, and reserve puff for the rare 500-plus single-color volume order where the screen and ink mix justify the setup. The two methods solve different problems and rarely overlap on the same job.

Cost and Turnaround Comparison

A 4 by 4 inch raised UV patch runs roughly $8 to $10 at LIDTF wholesale pricing, with 48-hour turnaround and no setup fee. A 4 by 4 inch puff print on 100 garments typically runs $3.50 to $5.00 per print plus $25 to $50 in screen setup per color, with 5 to 10 day turnaround. Below 200 units raised UV wins on total job cost. Above 500 single-color units puff becomes price-competitive but still loses on turnaround.

Durability Comparison

Both clear 40-plus wash cycles when applied correctly. Raised UV bonds into the fabric on press through a polyamide adhesive stack, so the print becomes part of the fabric and the dimensional layer flexes with the textile. Puff print plastisol sits as a surface ink layer with the expanded dome on top, and can collapse or crack at flex points after extended wear. For retail-grade decoration the raised UV bond is more forgiving on long-term wash and wear.

Bottom Line

For retail and boutique decoration work, raised UV closes the case. Full CMYK color, photographic detail, controlled uniform dimension, no screens, no minimums above 10 units, and 48-hour turnaround. Puff print remains useful only on the narrow band of high-volume single-color jobs where the look brief specifically wants the retro dome. For everything else raised UV is the modern dimensional product.

Related Reference

Frequently Asked Questions

What is the difference between raised UV transfers and puff print?
Raised UV is layered UV-cured acrylate that builds 0.5mm to 0.8mm of uniform dimensional height in full CMYK with photographic detail. Puff print is plastisol screen print ink mixed with a heat-activated blowing agent that expands when pressed. Raised UV is digital with no screens. Puff is screen-based with one screen per color.
Does puff rise higher than raised UV?
Puff can rise 1mm to 2mm in deep zones but the height varies with ink deposit, cure temperature, and design density. Raised UV holds a controlled 0.5mm to 0.8mm uniform raise across the entire image. For retail decoration that consistency reads as premium.
Can raised UV do gradients and photographs?
Yes. Raised UV prints in full CMYK with a white underbase and builds dimension within the same artwork. Gradients, photographic detail, and complex color blends render cleanly. Puff print is limited to spot colors per screen and cannot produce photographic detail.
What is the minimum order on each?
Raised UV starts at 10 units with no setup fee. Puff plastisol screen print typically requires 50 to 72 units minimum to amortize screen setup of $25 to $50 per color plus mixing time for the puff additive.
When does puff print make sense?
Puff print becomes cost-competitive on single-color hits above 500 pieces of the same design where the screen setup amortizes cleanly and the look brief calls for an exaggerated retro raised feel. Below that volume raised UV wins on cost, color flexibility, and turnaround.
Are raised UV transfers wash durable?
Yes. Raised UV holds bond integrity through 40-plus industrial wash cycles when applied correctly. The acrylate cure stack is layered onto the transfer film and bonds into the fabric on press. Wash inside out, cold water, tumble low for full retail life.
How fast does each ship?
Raised UV ships in 48 hours from Huntington, NY. Puff print typically runs 5 to 10 business days from screen setup through cure and packout. The turnaround gap is one of the practical reasons retail decorators have moved to raised UV.

Last updated 2026-05-12