DTG vs DTF vs Screen Printing: Which Method Is Right for Your Order?

No single printing method is best. Each one is correct for a different combination of fabric, order size, and design type. Here is the short answer before the full explanation:

• DTG: Right for full-color, photographic, or complex designs on 100% cotton garments in quantities from 1 to approximately 50 pieces.
• DTF: Right for polyester, synthetic blends, and any garment where DTG pretreatment adhesion is unreliable. Also works on cotton. No minimum.
• Screen printing: Right for bulk orders of 24+ pieces with simple designs of 1 to 6 colors where per-unit cost at scale matters most.

NW Custom Apparel produces all three methods in-house at our Milton, WA facility. Our DTG shop runs a Kornit Storm Hexa, a 16-head industrial DTG machine with a 7-color ink system (CMYK plus dedicated Red and Green channels plus White). We run in-house DTF equipment and commercial screen printing equipment. When a customer asks which method to use, the recommendation comes from running all three daily, not from a spec sheet comparison.

Comparison Table – DTG vs DTF vs Screen Printing at a Glance

This table covers every factor that determines which method fits your specific order. Jump to any section below for the full explanation of each factor.

Factor	DTG Printing	DTF Printing	Screen Printing
Minimum order	No minimum at NWCA	No minimum at NWCA	24 pieces at NWCA
Best fabric	100% cotton or 80%+ cotton blend	Cotton, polyester, nylon, spandex, blends, synthetic workwear	100% cotton; 50/50 blends with low-bleed plastisol
Color limitation	None — full CMYK + Red + Green + White on Kornit Storm Hexa	None — full color CMYK output	1 screen per color; 6+ colors consider simulated process
Design complexity	Photographic, gradient, fine detail — no restriction	Full color, photographic — no restriction	Bold, flat designs best; fine halftones possible at 305 mesh
Hand feel	Soft — ink integrates into cotton fibers	Slight surface layer, flexible — noticeable on large solid fills	Raised tactile surface; softer with water-based ink
Wash durability	40-50 washes (cold water, gentle cycle)	50+ washes when cured at 300-325F for 10-15 seconds	25-50+ commercial washes with plastisol at full cure (320F)
Cost: low volume	Economical for 1-23 pieces	Economical for 1-50 pieces on polyester	Setup cost makes under-24 orders expensive per unit
Cost: high volume	Fixed per-piece — no volume discount	Fixed per-piece — no volume discount	Lowest per-unit above 100 pieces — setup amortizes
Setup fee	None	None	Per color screen; waived on reorders if screens stored
Personalization	Yes — each piece different at same cost	Yes — each piece different at same cost	No — all pieces print identically per run
Polyester fabric	Not recommended — dye migration and adhesion issues on synthetic	Yes — works on all polyester content	Yes with low-bleed plastisol at 275-280F cure
Hi-Vis ANSI safety apparel	Not suitable	Not suitable — heat press may compromise retroreflective tape	Required method — only certified option for ANSI Hi-Vis
Turnaround at NWCA	10 business days	10 business days	10 business days from art proof approval

All three methods at one facility: NW Custom Apparel produces DTG, DTF, and screen printing in-house at Milton, WA. If your order is better suited to a different method than the one you initially requested, we tell you before production begins.

What Is DTG Printing and When Should You Use It?

DTG is the right choice for full-color designs on 100% cotton in quantities from 1 to approximately 50 pieces. It is also the only method that allows each piece in a run to print a different design at the same per-piece cost — which is why it is the correct method for personalized onboarding kits, memorial shirts with individual names, and print-on-demand merchandise.

At Northwest Custom Apparel, it is possible to received a order at 10 am and deliver by 5 pm the same day. As we did One-Day T-Shirt Printing for the US Marines: A Case Study.

How NW Custom Apparel Produces DTG – The Kornit Storm Hexa Printer

NW Custom Apparel’s DTG shop runs a Kornit Storm Hexa, an industrial-grade direct-to-garment system with 16 print heads and a 7-color ink channel configuration: CMYK plus dedicated Red and Green channels plus White.

The Red and Green channels matter specifically for brand color accuracy. Standard CMYK DTG machines (which use only Cyan, Magenta, Yellow, and Black) cannot reproduce a true Pantone red. Red on a standard DTG machine is built by mixing Cyan and Magenta, which produces an orange-shifted approximation. The Kornit Storm Hexa’s dedicated Red channel prints real red ink, which is why corporate brands with red logos consistently get accurate color matches from this machine that they cannot get from standard CMYK DTG equipment.

Specification	Kornit Storm Hexa — Verified Values
Print heads	16 industrial Spectra Piezo Electric print heads — 256 nozzles per head
Print resolution	Up to 1,200 DPI
Ink channels	7 channels: CMYK + Red + Green + White — full expanded gamut ink configuration
Ink type	Kornit NeoPigment Eco-Rapid — water-based pigment inks, non-hazardous, non-toxic, 100% biodegradable
Ink certification	OEKO-TEX 100 approved; GOTS compliant; safe for babies and children’s wear
Max print area	20 x 28 inches (500 x 700 mm) — full front or back coverage on adult shirts
Production speed	Up to 170 garments per hour in high-productivity mode including inline pretreatment
Pretreatment	Kornit patented integrated inline pretreatment – wet-on-wet process; no separate pretreat step; no manual pretreat application error
Compatible fabrics	Cotton, polyester, cotton-polyester blends, lycra, viscose, silk, leather, denim, linen, wool
Dual pallet system	Continuous production flow — one pallet loads while the other prints
Ink system	Recirculating ink system — reduces ink consumption, prevents clogging during idle periods

The Storm Hexa is equipped with 16 print heads and two additional colors for full CMYK, Red, Green and White support. It is the system of choice for color-conscious applications such as the production of promotional and brand-related garments. By Kornit Digital, official product announcement

Why Integrated Pretreatment Matters for DTG Quality

Pretreatment is the step most buyers never see but most directly affects whether their DTG print survives washing. Dark garments require a chemical pretreatment solution applied to the fabric before printing to create adhesion for the white ink underbase. When pretreatment is applied manually (sprayed by hand or with a separate machine) inconsistent coverage causes uneven adhesion. Undercoated areas wash out. Overcoated areas stain or stiffen.

The Kornit Storm Hexa printer integrates pretreatment directly into the print cycle using a wet-on-wet process, Kornit’s patented method of applying pretreatment and starting ink deposition in the same pass without a separate cure step between them. This eliminates the manual pretreat error that is the most common cause of DTG wash durability failures at shops using separate pretreat equipment.

DTG Fabric Compatibility – Why 100% Cotton Produces the Best Results

Water-based pigment inks penetrate and bond with natural cotton fibers. On 100% cotton, the ink becomes part of the fabric structure. On polyester, the ink sits on a non-absorbent synthetic surface and adhesion depends entirely on the pretreatment chemistry. For orders on 80%+ cotton blends, DTG performs well. Below 80% cotton, DTF is the more reliable choice.

Natural fibers such as 100% cotton provide the best results for DTG because they absorb water-based inks effectively. Synthetic fabrics like polyester are more challenging due to dye migration and ink adhesion issues. By ScreenPrinting.com, DTG vs DTF comparison analysis

Explore the complete Process involved in DTG Printing Techinique on different Fabrics.

DTG Wash Durability – The Number and the Methodology Behind It

DTG prints on 100% cotton garments cured correctly at 320°F for 90-180 seconds last 40-50 washes under cold-water gentle-cycle laundering. Under commercial laundering like hot water, industrial detergent, or high-heat industrial drying, the same print degrades faster.

The Kornit Storm Hexa’s automated cure step and integrated pretreatment eliminate the two primary causes of premature DTG print failure: inconsistent pretreat coverage and under-cured ink. Prints produced on the Kornit Storm Hexa perform at the top of the 40-50 wash range under normal consumer laundering.

Care instruction for maximum longevity on DTG prints: wash inside-out in cold water, gentle cycle, tumble dry low or air dry. Avoid hot water and industrial laundering where possible.

When DTG Is Not the Right Choice

• Polyester or synthetic fabric: dye migration and adhesion issues make DTF more reliable on synthetic substrates
• Orders over 50 pieces with simple designs: screen printing produces lower per-unit cost above 24 pieces on 1-6 color designs
• Hi-Vis ANSI-certified safety apparel: screen printing is the only certified decoration method for ANSI Hi-Vis substrates
• Canvas, duck, or heavy outerwear: custom embroidery is the correct method for 12 oz. canvas jackets and heavy workwear where thread durability is required

For NW Custom Apparel’s full DTG service with no minimum order, see DTG printing for Washington businesses – no minimum, full-color, Kornit Storm Hexa.

What Is DTF Printing and When Should You Use It?

DTF is the right choice when your fabric is polyester or synthetic blend, when you need small quantities with no minimum, or when your design requires full color on a dark substrate across fabric types that DTG cannot handle reliably.

DTF printing is the fastest-growing decoration method in the custom apparel industry because it solves the two problems that limit both DTG and screen printing: fabric restriction and minimum order quantity.

How DTF Printing Works

DTF printing has two stages separated by a transfer step. First, the design is printed onto a PET (polyester) transfer film using pigment inks in CMYK plus White configuration. Immediately after printing, hot-melt adhesive powder is applied to the wet ink surface and cured with heat to bond the powder to the ink layer. The result is a finished transfer film that can be applied to any fabric.

In the second stage, the transfer film is placed face-down on the garment and heat-pressed at 300-325°F for 10-15 seconds. The heat melts the adhesive, bonding the design to the fabric surface. The film is then peeled away, leaving the design adhered to the garment.

See the full DTF printing process explained including press parameters and fabric behavior.

Key difference from DTG: DTF does not print directly onto the garment. It prints onto film and transfers. This is why it works on any fabric — the adhesive bonds to the surface regardless of whether the fabric is cotton, polyester, nylon, leather, or a technical blend.

DTF Fabric Compatibility – The Widest Range of Any Method

DTF prints on cotton, polyester, nylon, spandex blends, softshell, performance knits, synthetic workwear, leather, and any fabric that tolerates heat press application at 300-325°F. No pretreatment is required. Fabric color does not affect the process because white, black, and neon fabrics all accept DTF transfers the same way.

For polyester workwear, performance athletic wear, and moisture-wicking shirts, DTF is the correct method. Screen printing on polyester above 50% content requires low-bleed plastisol at a reduced cure temperature (275-280°F) to prevent dye migration. DTF avoids this problem entirely because the adhesive layer bonds at 300-325°F without touching the polyester dyes.

DTF Wash Durability and Hand Feel

DTF prints are cured correctly at 300-325°F for 10-15 seconds to resist cracking, peeling, and fading for 50+ wash cycles under normal laundering. The adhesive layer is flexible, not brittle, it stretches with the fabric rather than cracking at bend points. On large solid fill areas, DTF has a slightly heavier surface feel than DTG on cotton. On logo-sized prints (left chest, 4 inches or smaller), most buyers do not notice the surface layer.

Care instructions for DTF prints: machine wash cold or warm, tumble dry low. Avoid ironing directly on the printed area — iron inside-out or place a pressing cloth over the design if ironing is necessary.

When DTF Is Not the Right Choice

• Hi-Vis ANSI safety apparel: heat press application may damage retroreflective tape and void ANSI certification, screen printing is required
• Maximum softness on 100% cotton: DTG on cotton produces a softer hand feel because ink penetrates fibers rather than sitting on the surface
• High volume with simple designs: screen printing is more cost-effective above 100 pieces on 1-4 color designs

For NW Custom Apparel’s DTF service on polyester and synthetic workwear, see DTF printing on performance fabric and synthetic workwear for Washington businesses.

What Is Screen Printing and When Should You Use It?

Screen printing is the right choice when your order exceeds 24 pieces, your design has 6 or fewer solid colors, and per-unit cost at scale is the priority.

Screen printing is the oldest commercial fabric decoration method and still the most cost-effective for bulk orders. As quantity increases, the fixed setup cost (per color screen) amortizes across more pieces and per-unit cost drops significantly. No other method produces lower per-unit cost above 100 pieces on simple designs.

How NW Custom Apparel Produces Screen Printing

NW Custom Apparel runs in-house screen printing at our Milton, WA facility. Plastisol ink is the standard. Water-based and discharge inks are available. Each color in the design requires a separate screen burned from a film positive. Dark garments require a white plastisol underbase printed and flash-cured before color layers are applied. The finished print is cured in a conveyor dryer at 320°F.

In-house production means one point of contact from art approval to boxed shipment. No outsourcing to a third-party printer creates the quality gap that most screen printing complaints trace back to.

Screen Printing and Polyester – The Dye Migration Problem

Standard plastisol ink on polyester fabric causes dye migration. Polyester dyes turn to gas above 300°F in the conveyor dryer and migrate upward through the ink layer, shifting print colors permanently. A white print on a red polyester shirt turns pink. A yellow print on royal blue polyester turns green. The shift cannot be reversed after curing.

The solution is low-bleed plastisol formulation, which cures at 275-280°F — below the dye volatilization threshold. NW Custom Apparel uses low-bleed plastisol automatically on all polyester and high-polyester-content orders. For orders on 100% polyester performance fabric, DTF is often the more reliable choice because it eliminates the dye migration variable entirely.

Screen Printing Wash Durability

Plastisol screen prints on 100% cotton cured correctly at 320°F through the full ink deposit thickness last 25-50+ commercial wash cycles. The distinction between 25 and 50+ wash cycles depends primarily on cure temperature accuracy. Under-cured ink, where the surface reaches 320°F but the ink deposit core does not, cracks and washes out early. At full cure through the complete deposit, plastisol is the most durable method under commercial laundering among all three methods.

The Only Method for Hi-Vis Safety Apparel

Screen printing is the only ANSI-certified decoration method for Hi-Vis safety apparel. ANSI/ISEA 107-2015 Class 2 and Class 3 garments must maintain specific minimum retroreflective tape coverage, embroidery hooping damages retroreflective tape, DTF heat press can compromise tape adhesion, and DTG is not suitable for Hi-Vis neon substrates. Screen printing applies ink to the background fabric areas only, leaving retroreflective tape untouched and ANSI certification intact.

For more best uses, see the pros of screen printing guide.

When Screen Printing Is Not the Right Choice

• Orders under 24 pieces: per-screen setup cost makes per-unit price uneconomical, so DTG or DTF is more cost-effective
• Designs with 7 or more colors: consider four-color CMYK process or DTG for complex multi-color artwork
• Personalized pieces: screen printing prints all pieces identically, DTG or DTF required for individual name or number customization
• 100% polyester performance fabric: DTF is more reliable; low-bleed plastisol is available but adds production complexity

For NW Custom Apparel’s full screen printing service including Hi-Vis, hoodies, and bulk T-shirts, see custom screen printing for bulk Washington orders – plastisol, water-based, and discharge inks.

The NW Custom Apparel 3-Axis Method Selection Framework

After 47 years of producing decorated apparel, the method selection question always comes down to three variables assessed in sequence. We call this the 3-Axis Framework. Work through the axes in order and the right method becomes clear.

Axis 1: Quantity

Quantity	DTG	DTF	Screen Printing
1-11 pieces	Best	Best	Not cost-effective
12-23 pieces	Strong	Strong	Setup cost is high per unit
24-99 pieces	Viable	Viable	Competitive — good choice
100+ pieces	Expensive per unit	Expensive per unit	Best — lowest per-unit cost

Axis 2: Fabric Type

Fabric	DTG	DTF	Screen Printing
100% cotton	Best	Works	Best (with plastisol)
80%+ cotton blend	Good	Works	Good (standard plastisol)
50/50 cotton-poly	Marginal	Works	Requires low-bleed plastisol
100% polyester	Not recommended	Best	Requires low-bleed plastisol
Hi-Vis neon fabric	Not suitable	Not suitable	Only certified method
Performance/wicking	Not recommended	Best	Low-bleed plastisol

Axis 3: Design Complexity

Design Type	DTG	DTF	Screen Printing
1-4 solid colors, bold	Works	Works	Best — lowest cost
5-8 colors, detailed	Works	Works	Viable — cost increases
Full color, photography	Best on cotton	Best on polyester	4-color CMYK process only
Gradient, glow effect	Best	Best	Not possible in spot color
Personalized per piece	Best	Best	Not possible

How to use the framework: Start with Axis 1 (quantity). If quantity points clearly to one method, you have your answer. If quantity allows multiple options, move to Axis 2 (fabric). Fabric type often narrows it further. If still uncertain, Axis 3 (design complexity) makes the final determination. If your order lands in a gray area across all three axes, contact us. We assess the artwork and give a direct recommendation before you commit to an order.

Wash Durability Compared – The Number and the Methodology Behind It

Every comparison article quotes wash durability numbers. Very few explain what those numbers actually mean in practice. Here is the methodology behind the numbers used on this page.

Method	Claim	Laundering Condition	Primary Failure Mode
DTG (Kornit Storm Hexa)	40-50 washes	Cold water, gentle cycle, air dry or tumble dry low	Color fade on dark garments; edge cracking if under-cured or manual pretreat inconsistency
DTF	50+ washes	Cold or warm water, tumble dry low – avoid high heat drying	Edge lifting on large solid fills if heat press temperature or dwell time was inconsistent during application
Screen printing (plastisol)	25-50+ washes	Commercial laundering – hot water, industrial dryer, weekly frequency	Cracking if under-cured (surface hit 320F but deposit core did not); color fade on light plastisol deposits

The key distinction is laundering condition. Construction crews washing Hi-Vis shirts in commercial machines weekly degrade any print faster than tech company employees washing polo shirts on a home gentle cycle monthly. When you compare 40-50 washes (DTG, cold gentle) against 25-50+ washes (screen printing, commercial hot wash), screen printing under identical commercial laundering conditions often outlasts DTG on the same garment.

What this means practically: For construction and trades uniforms washed multiple times weekly in commercial machines, plastisol screen printing on cotton is the most durable choice. For corporate and event apparel washed occasionally in consumer machines, DTG and DTF both perform within their rated wash cycle ranges.

Which Method to Use for Specific Washington State Orders

These use cases reflect the actual orders NW Custom Apparel processes from Washington businesses. Each recommendation follows the 3-Axis Framework above.

Order Type	Method	Reason
Tech company onboarding kits, 1-11 polo shirts, personalized names, full-color logo	DTG	No minimum, personalization per piece, full Kornit Storm Hexa color accuracy for brand logos
Construction crew Hi-Vis shirts, 24-100 pieces, company name + crew ID	Screen printing	Only ANSI-certified method on Hi-Vis substrates; plastisol placement in non-tape areas
Bulk Screen Printed School T-shirts, 100-300 pieces, 2-color team design on cotton	Screen printing	Lowest per-unit cost at 100+ pieces; simple design with no color-count penalty
Corporate event hoodies, 48-200 pieces, 2-color logo on 50/50 fleece	Screen printing	24+ pieces qualifies; low-bleed plastisol for polyester component; cost decreases at 100+
Sports team performance shirts, 30 pieces, 100% polyester, full-color crest	DTF	Polyester fabric rules out standard DTG; full-color design rules out standard screen printing; DTF resolves both
Memorial shirtswith full-color DTG printing and no minimum order, 1-5 pieces, 100% cotton, photographic image	DTG	No minimum, photographic design, 100% cotton — ideal DTG use case
Restaurant staff shirts, 24 pieces, 1-color logo on cotton	Screen printing	24-piece minimum met; 1-color design means lowest possible screen printing cost
Softshell jackets, 20 pieces, polyester shell, full-color company logo	DTF	Polyester shell incompatible with DTG; under 24 pieces rules out screen printing; DTF resolves both

Frequently Asked Questions – DTG vs DTF vs Screen Printing

Not Sure Which Method Fits Your Order?

Send us your artwork file, the fabric type and garment you have in mind, and your quantity. We run all three methods in-house at Milton, WA and will recommend the right one for your specific order – and quote within 1 business day.

Phone: 1-800-851-3671

Email: sales@nwcustomapparel.com

Or explore each service directly:

DTG printing for Washington businesses — Kornit Storm Hexa, no minimum, full color.

DTF printing on polyester and synthetic workwear for Washington businesses

Custom screen printing for bulk Washington orders — plastisol, water-based, discharge inks

Custom embroidery for logos on polo shirts, jackets, and caps where thread durability is required