Two designers submit the same brief. One calls the color merlot. The other calls it burgundy. The printer ships two different garments. Both designers are confused, and neither is technically wrong. That is the problem this guide resolves.
Merlot #7F171F is a red-dominant deep hue with a small but measurable blue channel contribution and near-zero green. Burgundy #800020 carries zero green and a stronger purple lean, placing it at the outer boundary of the sRGB color space for dark reds. In CMYK, merlot reads C0 M82 Y76 K50 while burgundy reads C0 M100 Y75 K50. That 18-point magenta difference is not cosmetic. It changes how each color behaves in a direct-to-garment (DTG) ink path, how the white underbase interacts with garment dye, and how much gamut compression occurs when the file moves from screen to print.
This guide covers exact hex codes, RGB and CMYK values, HSL breakpoints, Pantone approximations, undertone temperature analysis, and specific production notes for printing both colors on light and dark garments.
- Merlot hex #7F171F sits at RGB 127/23/31; burgundy hex #800020 sits at RGB 128/0/32. The visible difference on screen is subtle. The production difference in a DTG ink path is significant.
- The single biggest functional difference: burgundy carries 100% magenta in CMYK, merlot sits at 82%. That 18-point gap affects ink density, curing behavior, and gamut boundary risk on dark garments.
- Merlot's green channel value of 23 (vs. 0 in burgundy) gives it a marginally warmer appearance on screen — this shift is amplified during DTG output because the green channel affects how the RIP software constructs the color from halftone dot patterns.
- Both colors fall in a range where CMYK gamut clipping is a real risk. Designing in sRGB and converting through a calibrated ICC profile specific to your printer and substrate is mandatory, not optional.
- A white underbase on dark garments alters the perceived hue of both colors after curing. Merlot shifts toward red-orange at the underbase edge; burgundy shifts toward a cooler red-violet.
What Color Is Merlot? Definition, Hex Code, and Color Behavior
The Technical Definition of Merlot Color
Merlot color is a dark, red-dominant hue with a small blue bleed and near-zero green contribution. Its standard hex code is #7F171F. In the RGB color model, it reads 127 red, 23 green, 31 blue. The CMYK representation is C0 M82 Y76 K50. In HSL terms, merlot sits at a hue of 355 degrees, 69% saturation, and 29% lightness.
That 29% lightness value is the production-critical number. It means merlot is a genuinely dark color, not a mid-tone red that happens to look dark on a white background. Dark value colors absorb differently into cotton fiber than mid-tone colors, which is the source of most DTG printing problems with this hue.
The name derives from the French word merle, meaning blackbird — referencing the near-black color of the merlot grape before harvest. For designers, that origin matters: merlot was always a deep, muted color by definition, not a bright saturated red darkened after the fact. Expect it to behave accordingly in ink.
Production note: "Merlot" is not a standardized color name the way a Pantone code is. Wikipedia lists merlot at #73343A; professional design references use #7F171F. For production work, specify a hex value explicitly. The word "merlot" alone is not a production instruction.
What Does Merlot Look Like on a Screen vs. on Fabric?
On a calibrated monitor set to sRGB, merlot (#7F171F) reads as a rich, medium-dark red with a subtle blue cast that becomes more apparent in low-light viewing environments. The color reads warmer under direct neutral-white light and shifts toward plum under warm, yellow-toned ambient light.
The fabric shift is where the production gap between screen and print becomes visible. Cotton absorbs DTG ink at the fiber level rather than sitting on top of the substrate the way paper accepts ink. During the curing process (typically 160 degrees Celsius for approximately 35 seconds in a conveyor dryer), the ink migrates into the fiber, compressing the lightness value by approximately 15 to 20 percent compared to the on-screen preview. A merlot garment will look darker and slightly less saturated than the mockup.
This is a predictable physical behavior, not a print error. The fix is a saturation boost of 10 to 15 points in the design file before submission. For screen-to-print color consistency across a merlot product line, the Ink and Pxl guide on color consistency from screen to print covers ICC profile setup and soft proofing workflows in detail.
What Color Is Burgundy? Definition, Hex Code, and Core Properties
The Technical Definition of Burgundy Color
Burgundy color is a dark red with a strong purple lean and zero green channel contribution. Its standard hex code is #800020, with RGB values of 128 red, 0 green, 32 blue. In CMYK: C0 M100 Y75 K50. In HSL: 345-degree hue, 100% saturation, 25% lightness. The 100% magenta CMYK value places burgundy at the outer saturation boundary of the sRGB gamut for dark reds — any RGB-to-CMYK conversion will involve some gamut compression.
The zero green channel value (G:0 in RGB) is the other structural difference from merlot. Zero green means no warm yellow contribution to the color. Burgundy is built entirely from the interaction of the red and blue channels, which is why it reads as cooler and more violet-adjacent than merlot under neutral light. The first recorded use of "burgundy" as a color name in English was in 1881. Like merlot, it is not a standardized specification, and #800020 is the most widely cited web standard for the color.
How Burgundy Differs from Merlot at the Hex Level
The two colors look close enough on a monitor that most designers use the names interchangeably. The hex codes reveal why that causes production problems. Merlot has a green channel value of 23; burgundy has a green channel value of 0. That single channel difference creates the undertone temperature gap between the two colors and drives different behavior through a DTG ink path. The full side-by-side production data is in the comparison table below.
Merlot vs. Burgundy: The Full Technical Comparison
The table below is the production reference. Copy these values directly into your design software. Do not rely on naming conventions from your POD supplier's color picker — supplier color names are marketing labels, not specifications.
| Attribute | Merlot | Burgundy |
|---|---|---|
| Hex Code | #7F171F | #800020 |
| RGB | 127, 23, 31 | 128, 0, 32 |
| CMYK | C0 M82 Y76 K50 | C0 M100 Y75 K50 |
| HSL | 355°, 69%, 29% | 345°, 100%, 25% |
| Nearest Pantone | Pantone 7421 C approx. #651D32 — darker, use as reference only |
Pantone 202 C closest standard for screen print |
| Green Channel | 23 — minor warm contribution | 0 — no warm contribution |
| Saturation | 69% — moderate, room before clipping | 100% — at sRGB boundary |
| Lightness | 29% — dark | 25% — darker than merlot |
| DTG Gamut Risk | Low-moderate | High — boundary exceeded in most CMYK conversions |
| Screen-to-Print Shift | Moderate darkening, slight saturation loss | Strong darkening, purple channel loss, possible underbase edge halo |
| Best Garment Base | Light garments (DTG, no underbase); dark garments with calibrated underbase | Light garments for DTG; spot color screen print for dark garments |
Why the Undertone Confusion Exists
Color naming inconsistency is a structural feature of how color names work, not a sign that references are unreliable. Unlike Pantone codes, which are proprietary standards with laboratory-controlled ink formulations, names like "merlot" and "burgundy" are cultural designations that different industries apply to overlapping but non-identical regions of the color space.
Some sources describe merlot as cooler than burgundy because its lower overall saturation makes the blue bleed at RGB:31 more perceptually visible relative to total color energy. Other sources describe merlot as warmer because its 23-point green channel introduces a small warm contribution that burgundy's zero-green profile completely lacks. Both observations are contextually accurate. The undertone temperature reading depends on the reference color placed next to the one being evaluated, not on either color in isolation.
For POD designers, the production data matters more than the temperature debate. Merlot sits at 355 degrees on the HSL hue wheel; burgundy sits at 345 degrees. Those 10 degrees of hue separation produce a visible difference in garment output, particularly on light fabric where the white substrate reveals more of the hue's character. Specify by hex every time: #7F171F for merlot, #800020 for burgundy. For the full foundation on color theory for print designers, the Ink and Pxl color wheel calculator guide covers hue angle, saturation, and value relationships in a print production context.
How Merlot and Burgundy Behave in DTG and Screen Print Production
CMYK Gamut Clipping and What It Means for Dark Reds
Gamut clipping occurs when a color defined in RGB falls outside the range a CMYK printer can reproduce without compression. Burgundy's 100% magenta CMYK value places it at the outer edge of what standard four-color process printing can produce. When the color management system clips the gamut, it pulls the color inward along the nearest in-gamut path — for dark reds at 100% magenta, that path typically runs toward a cooler, more muted output. The printed garment reads as a slightly gray-shifted version of the intended burgundy.
Merlot's 82% magenta gives it approximately 18 percentage points of headroom before reaching that boundary. In practical production terms, merlot is the safer dark red for DTG because it starts further from the clipping threshold. Advanced DTG printers that use an extended color gamut (C, M, Y, K, R, G, W) can deliver more vibrant reproduction of deep reds, with the added red channel directly addressing the construction problem that standard CMYK has with dark red spot colors. However, the majority of mid-tier POD fulfillment partners still operate standard CMYK DTG machines as of 2026. Confirm which printer generation your supplier uses before committing to burgundy across a production run.
Production recommendation: Build in sRGB. Convert using a calibrated ICC profile specific to your printer model and fabric type. Select the Perceptual rendering intent, not Relative Colorimetric. Apply a saturation boost of 10 to 15 points at the design stage to compensate for curing-stage ink density loss. Run a soft proof before submitting. The Ink and Pxl guide on tints, tones, and shades in print design covers the lightness-value mechanics that determine how dark colors behave post-curing.
White Underbase Behavior on Dark Garments
Dark garments require a white ink underbase when printed with DTG. The white ink acts as a base layer that allows colors to appear vibrant and opaque instead of dull or washed out. Unlike paper, fabric absorbs ink deeply into its fibers, meaning colors often appear less saturated and slightly darker once cured. For merlot and burgundy, the underbase creates a specific challenge that does not appear with lighter, mid-tone colors.
At the edge of the white underbase, where the ink transitions to the bare dark garment, a visible boundary exists. For colors with high contrast against the garment, this boundary is invisible because the color layer covers it completely. For deep reds, the contrast against black or navy is lower than it would be for yellow or light blue, which means the underbase edge can appear as a faint lighter outline around the design.
Merlot's behavior at the underbase edge is slightly more forgiving than burgundy's. The red-dominant channel in merlot (RGB:127) bleeds into the white underbase layer with less perceptual disruption than burgundy's cooler, high-magenta profile. Burgundy's 100% magenta value combined with its zero green channel creates a sharper perceptual boundary between underbase and garment color, increasing halo risk at fine detail edges. For both colors on dark fabric, reducing design stroke weights below 4 points is not recommended — at sub-4pt stroke weights, fine lines fall into the underbase transition zone and lose definition.
Screen Print vs. DTG for Deep Red Palettes
Screen printing eliminates the gamut clipping problem by using pre-mixed spot color inks rather than building color from CMYK halftone dot patterns. A DTG print uses yellow and magenta to make red; a screen print uses red ink. That is a significant difference. For merlot and burgundy, a screen-printed garment using a Pantone-matched spot ink reproduces the color exactly as specified because the ink is formulated to that color, not constructed from component channels.
Pantone 202 C is the closest widely-used screen print reference for standard burgundy. For merlot, Pantone 7421 C is sometimes cited but its hex equivalent #651D32 is a deeper, cooler shade than the standard merlot hex #7F171F. For accurate merlot reproduction in screen print, request a custom mix reference from your screen printer using C0 M82 Y76 K50 as the target specification, and confirm against a physical color strike-off before approving production. The RGB to CMYK color shift is a problem you can predict and manage, but it is not a problem DTG eliminates. The Ink and Pxl color guide for apparel printing covers the full decision framework between DTG and screen print by color type and quantity.
Related Shades: Maroon, Oxblood, Bordeaux, and Wine Red
Merlot and burgundy exist within a family of deep reds that get confused in POD supplier color pickers, product photography, and customer briefs. Understanding where each shade sits structurally prevents mismatched production orders and reduces return rates from color dissatisfaction.
| Color | Hex | Key Difference from Merlot | DTG Production Note |
|---|---|---|---|
| Maroon | #800000 | Zero green, zero blue — purely red channel | Gamut safe; most predictable dark red in CMYK |
| Oxblood | #4A0000 | Significantly darker (lightness approx. 9%) | Prints near-black on dark garments; requires light fabric |
| Bordeaux | #4C1C24 | Darker and cooler; strong purple-brown lean | Approaches near-black in DTG; spot color strongly recommended |
| Wine Red | #722F37 | Between merlot and burgundy in saturation and hue | Moderate gamut risk; solid DTG candidate on light garments |
| Claret | #7F1734 | Similar saturation to merlot but cooler hue angle | Behaves similarly to burgundy in DTG; monitor for halo at edges |
The maroon vs. merlot vs. burgundy distinction matters most when a customer asks for a "dark red" without specifying a hex. Maroon (#800000) is the structurally simplest of the three, built from the red channel alone, making it the most predictable in CMYK output. Merlot adds a small blue and green contribution, giving it complexity at the cost of some production predictability. Burgundy maximizes saturation at the expense of gamut safety.
For designers working with multiple dark red ink saturation levels across a catalog, the differences compound. A merlot t-shirt photographed next to an oxblood mug and a bordeaux tote bag will read as three different color families even if the buyer asked for "wine red" across all three. Specifying hex values per product, rather than using family color names, is the only reliable way to maintain visual consistency across mixed product types. For a broader look at how dark reds interact with companion colors, the Ink and Pxl guide on colors that go with red covers hex-level pairing logic across the full red spectrum.
Using Merlot and Burgundy in POD Merch Design
Color Pairing for Merlot Designs
Merlot's small blue channel contribution (RGB:31) makes it behave as a neutral-cool color when placed next to warm references, and as a warm color when placed next to cooler references. This contextual shift is a design asset. It means merlot can anchor palettes that move in either direction without looking forced.
Cool pairings that leverage merlot's blue bleed: charcoal gray #36454F, slate #708090, navy blue #003153, and sage green #87AE73. These produce a clean, restrained palette that reads as contemporary. The merlot anchor provides warmth and visual weight while the cooler supporting colors prevent the design from feeling heavy.
Typography contrast on merlot backgrounds performs best with cream #FFFDD0 or warm off-white #F5F0E8 rather than pure white #FFFFFF. Pure white against merlot creates a contrast ratio that is technically accessible but visually harsh: the cool-warm temperature clash between bright white and blue-tinged merlot creates a visual vibration at text stroke edges that reduces readability at small sizes in print output. Cream introduces a small warm buffer that resolves the clash without sacrificing legibility.
Design aesthetic alignment: merlot pairs naturally with minimalist line art (single continuous line on a cream ground, with merlot as the primary color), dark academia aesthetics (moody serif typography, charcoal sketch illustration, merlot as the dominant background or accent), and flat vector illustration in limited palettes where merlot serves as the signature color against neutral geometric shapes.
Color Pairing for Burgundy Designs
Burgundy's 100% saturation makes it a dominant color in any composition. Supporting palette choices need to be significantly lower in saturation to prevent visual competition. A burgundy paired with another high-saturation color creates a palette where both colors fight for visual prominence and neither wins.
Warm pairings that work with burgundy's purple-red structure: cream #FFFDD0, warm gold #CDA84C, olive green #808000, and warm ivory #FFFFF0. Burgundy reads as stately and grounded against these colors. The palette communicates quality and restraint, which aligns with premium merch positioning.
Design aesthetic alignment: burgundy works with vintage 90s bootleg distressed textures (dark red on a distressed cream or charcoal ground, with weathered print effects that soften the garment dye interaction), cottagecore botanical illustration (burgundy as a shadow or accent color against muted green foliage and cream backgrounds), and circular emblem badge-style designs where burgundy serves as the background fill inside a contained shape. For downloadable design files in these aesthetics built for DTG and screen print production, the Ink and Pxl downloadable designs collection includes production-ready vector files with print specifications embedded.
Which Color to Choose for Your Merch Store
The decision between merlot and burgundy comes down to three factors: production method, garment base color, and design complexity. For designs going onto light garments via DTG with a standard CMYK printer, merlot is the safer choice. Its 82% magenta CMYK value keeps it away from the gamut boundary that creates unpredictable output for burgundy.
For designs going to screen print with spot colors at quantities where setup costs are justified, burgundy is the stronger brand identity choice. Its 100% saturation and cooler hue angle give it a more commanding presence. With a Pantone-matched spot ink, the gamut limitation disappears entirely. For designs going onto dark garments with a DTG white underbase, test both colors with your specific fulfillment partner before committing to either — the underbase interaction varies enough between printer models and pre-treatment formulations that a single physical test print is more reliable than any general production recommendation.
Frequently Asked Questions
What is the hex code for merlot color?
Merlot color is #7F171F. In RGB, merlot is 127 red, 23 green, 31 blue. The CMYK values are C0 M82 Y76 K50, and the HSL reading is 355 degrees hue, 69% saturation, 29% lightness. Some design databases list merlot at the alternate hex #73343A, which is a slightly lighter and warmer interpretation of the same color family. For production work, specify the hex value directly rather than relying on the color name alone.
Is merlot the same as burgundy?
Merlot and burgundy are not the same color. They belong to the same deep red family but have distinct hex codes, different CMYK values, and different production behavior in print. Merlot #7F171F sits at 82% magenta in CMYK and 29% lightness in HSL. Burgundy #800020 sits at 100% magenta in CMYK and 25% lightness in HSL. Burgundy is slightly darker, slightly cooler, and significantly riskier in DTG gamut terms than merlot.
Is merlot warmer or cooler than burgundy?
The answer depends on what the color is being compared against, which is why this question produces conflicting answers across design resources. Merlot has a small green channel contribution (RGB:23) that introduces a marginal warm lean not present in burgundy's zero-green profile. Compared directly to each other, merlot is the warmer of the two. Compared to true warm reds like scarlet or tomato, both colors occupy the cool-to-neutral zone of the red spectrum.
What is the difference between merlot, wine, and maroon?
Maroon #800000 is a pure red with zero green and zero blue — the structurally simplest dark red, built from the red channel alone. Wine red #722F37 sits between merlot and burgundy in saturation and hue, with moderate purple lean and a good DTG gamut position. Merlot #7F171F sits between maroon and wine, with low green and blue contributions that give it complexity maroon lacks. In CMYK production terms, maroon is the most predictable, merlot is the middle option, and wine red behaves similarly to merlot with slightly different hue positioning.
How do I print merlot color accurately on a dark garment?
Four steps produce consistently accurate merlot output on dark garments via DTG. First, design in sRGB and boost saturation by 10 to 15 points before submission to compensate for the curing-stage compression. Second, convert to the printer-specific ICC profile using the Perceptual rendering intent, not Relative Colorimetric. Third, calibrate the white underbase for the specific fabric weight and pre-treatment chemistry in use, since underbase density directly affects how the merlot color layer reads after curing. Fourth, run a physical test print on the target garment before approving bulk production.
Does burgundy go out of the CMYK gamut?
Yes. Burgundy #800020 has a 100% magenta CMYK value, which places it at the outer boundary of the standard sRGB-to-CMYK conversion range for dark reds. Most CMYK printers cannot reproduce burgundy at full specification without some gamut compression. The degree of compression depends on the ICC profile, the rendering intent, and the specific ink set. Extended gamut printers with an added red channel reduce this problem significantly, but standard four-color DTG machines will produce a slightly compressed, muted version of burgundy in most production runs.
What Pantone color is closest to merlot?
Pantone 7421 C is sometimes cited as the nearest standard reference for merlot, but its hex equivalent #651D32 is notably darker and cooler than the standard merlot hex #7F171F — it reads as deep crimson rather than true merlot. For screen print production targeting merlot specifically, request a custom spot mix from your printer using C0 M82 Y76 K50 as the target CMYK specification and confirm against a physical color sample before approving production.
Conclusion
The gap between merlot and burgundy is precisely measurable: 10 degrees of HSL hue separation, 18 percentage points of CMYK magenta difference, and 4 percentage points of lightness delta. Those numbers are not large in absolute terms, but in a DTG ink path operating near the saturation limits of the dark red spectrum, they are large enough to change a production run outcome.
One number decides the production choice. Burgundy's 100% magenta puts it at the edge of what standard CMYK can reproduce without compression. Merlot's 82% keeps it inside that boundary with room to spare. For DTG on light garments, merlot is the production-sound choice. For screen print with spot colors, burgundy earns its status as the stronger color statement.
As extended CMYK printers with added red and green channels become standard across mid-tier POD fulfillment in the next two to three years, the reproduction gap between these two colors will narrow. Until that equipment becomes the default rather than the premium option, the data in this guide applies.
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