Logo color models: CMYK, RGB, Pantone and their application
Why does a logo 'change color' when transitioning from screen to print
A monitor screen emits light — it combines light from red, green, and blue rays. This is RGB, an additive model: the more each channel, the closer to white. Paper under a printing machine, on the contrary, does not emit light but absorbs it — the ink takes part of the spectrum, and the eye sees what remains. This is CMYK, a subtractive model based on cyan, magenta, yellow, and black inks. The range that RGB can reproduce is physically wider than what four CMYK inks can print. Bright neon greens, deep blues, and some orange shades in print are simply impossible to achieve — they exist only on the screen.
What exactly are RGB, CMYK and Pantone
RGB — a model for everything that glows: websites, applications, presentations, television screens, and outdoor LED constructions. Each channel value ranges from 0 to 255, for a total of over 16 million possible combinations. In web design, the same color is often recorded in HEX code — a six-digit cipher such as #1A73E8, which is simply another way of writing the same RGB values.
CMYK — a model for offset and digital printing: brochures, packaging, catalogs, and most business cards. Four colors are layered on top of each other in varying proportions, and the final color depends heavily on the paper type, the printing machine settings, and even the humidity in the workshop — therefore, the same CMYK code may appear slightly different on different machines.
Pantone is not a mixing model, but a system of standards. The PMS (Pantone Matching System) catalog contains more than 2 400 numbered colors, each mixed according to a fixed recipe and printed on a sample. When a brand book says 'corporate red — Pantone 186 C', the printer mixes the paint exactly according to this recipe, not by matching CMYK visually. This is how corporate colors of Coca-Cola or T-Bank remain the same on packaging, signage, and advertising boards in different countries and with different contractors.
How to translate a logo from one model to another without losing color
Mechanical translation 'via conversion button' in a graphic program is the source of half the problems with brand colors. The correct sequence looks like this:
- Approve the standard Pantone color — if a brand claims accuracy offline, fix the PMS number right at the logo development stage.
- Select the closest CMYK analog manually, not automatically — an auto-converter often gives a muddy, 'dirty' result, especially on saturated colors.
- Specify RGB and HEX separately for digital media — screen color does not have to match the printed one exactly; the key is that it visually reads as the 'same' brand.
- Specify whether Coated or Uncoated Pantone number is needed — the same color on glossy (C) and matte (U) paper looks different, and this is not a printing error, but a paper characteristic.
- Combine all four values — Pantone, CMYK, RGB, HEX — into one document and hand it over to contractors, not a 'by eye' logo file.
Where to use which model in practice
| Media | Model | Comment |
|---|---|---|
| Website, app, presentation | RGB / HEX | Specific HEX code is indicated for CSS and design layouts |
| Business cards, brochures, packaging (offset/digital) | CMYK | Color accuracy depends on paper and printing settings |
| Signage, branded clothing, precise printing | Pantone | Sheet printing, colors are mixed according to recipe, not by CMYK code |
| Outdoor advertising, LED screens | RGB | LED glow cannot be physically translated into CMYK logic |
| Embroidery, metallic and neon accents | Special Pantone (Metallic, Neon) | Such colors are impossible to achieve by mixing CMYK at all |
What mistakes are most commonly made
- They take the HEX code from the website and ask the printer to 'print exactly the same' — this physical guarantee is impossible without a Pantone standard.
- Use automatic Pantone to CMYK conversion without visual verification — the accuracy of the match in fact holds at the level of 70–85%, and the rest is 'by eye' that the designer finishes.
- They do not distinguish between Coated and Uncoated versions of the same Pantone number — they get a sign that is either lighter or darker than expected.
- They record only one set of values (e.g., CMYK) in the brand book and then lose the color when going to the digital environment.
- They print the logo with metallic or neon Pantone colors through a regular CMYK printer — the color fades, and the effect disappears completely.
How to permanently fix a brand color
The only reliable way to avoid misunderstandings is to specify all four color values in the brand book or in a separate logo color passport: the Pantone number (with C or U indication), the CMYK formula, RGB values, and HEX. This will take one page of the document, but it will free you from situations where each new contractor — a printing house, an outdoor advertising studio, a website developer — selects the color anew and gets their own shade. A logo without fixed color codes is, in effect, a colorless logo: the form exists, but the recognizable shade that runs through all communication is missing.
Why does a logo 'change color' when transitioning from screen to print
A monitor screen emits light — it combines light from red, green, and blue rays. This is RGB, an additive model: the more each channel, the closer to white. Paper under a printing machine, on the contrary, does not emit light but absorbs it — the ink takes part of the spectrum, and the eye sees what remains. This is CMYK, a subtractive model based on cyan, magenta, yellow, and black inks. The range that RGB can reproduce is physically wider than what four CMYK inks can print. Bright neon greens, deep blues, and some orange shades in print are simply impossible to achieve — they exist only on the screen.
What exactly are RGB, CMYK and Pantone
RGB — a model for everything that glows: websites, applications, presentations, television screens, and outdoor LED constructions. Each channel value ranges from 0 to 255, for a total of over 16 million possible combinations. In web design, the same color is often recorded in HEX code — a six-digit cipher such as #1A73E8, which is simply another way of writing the same RGB values.
CMYK — a model for offset and digital printing: brochures, packaging, catalogs, and most business cards. Four colors are layered on top of each other in varying proportions, and the final color depends heavily on the paper type, the printing machine settings, and even the humidity in the workshop — therefore, the same CMYK code may appear slightly different on different machines.
Pantone is not a mixing model, but a system of standards. The PMS (Pantone Matching System) catalog contains more than 2 400 numbered colors, each mixed according to a fixed recipe and printed on a sample. When a brand book says 'corporate red — Pantone 186 C', the printer mixes the paint exactly according to this recipe, not by matching CMYK visually. This is how corporate colors of Coca-Cola or T-Bank remain the same on packaging, signage, and advertising boards in different countries and with different contractors.
How to translate a logo from one model to another without losing color
Mechanical translation 'via conversion button' in a graphic program is the source of half the problems with brand colors. The correct sequence looks like this:
- Approve the standard Pantone color — if a brand claims accuracy offline, fix the PMS number right at the logo development stage.
- Select the closest CMYK analog manually, not automatically — an auto-converter often gives a muddy, 'dirty' result, especially on saturated colors.
- Specify RGB and HEX separately for digital media — screen color does not have to match the printed one exactly; the key is that it visually reads as the 'same' brand.
- Specify whether Coated or Uncoated Pantone number is needed — the same color on glossy (C) and matte (U) paper looks different, and this is not a printing error, but a paper characteristic.
- Combine all four values — Pantone, CMYK, RGB, HEX — into one document and hand it over to contractors, not a 'by eye' logo file.
Where to use which model in practice
| Media | Model | Comment |
|---|---|---|
| Website, app, presentation | RGB / HEX | Specific HEX code is indicated for CSS and design layouts |
| Business cards, brochures, packaging (offset/digital) | CMYK | Color accuracy depends on paper and printing settings |
| Signage, branded clothing, precise printing | Pantone | Sheet printing, colors are mixed according to recipe, not by CMYK code |
| Outdoor advertising, LED screens | RGB | LED glow cannot be physically translated into CMYK logic |
| Embroidery, metallic and neon accents | Special Pantone (Metallic, Neon) | Such colors are impossible to achieve by mixing CMYK at all |
What mistakes are most commonly made
- They take the HEX code from the website and ask the printer to 'print exactly the same' — this physical guarantee is impossible without a Pantone standard.
- Use automatic Pantone to CMYK conversion without visual verification — the accuracy of the match in fact holds at the level of 70–85%, and the rest is 'by eye' that the designer finishes.
- They do not distinguish between Coated and Uncoated versions of the same Pantone number — they get a sign that is either lighter or darker than expected.
- They record only one set of values (e.g., CMYK) in the brand book and then lose the color when going to the digital environment.
- They print the logo with metallic or neon Pantone colors through a regular CMYK printer — the color fades, and the effect disappears completely.
How to permanently fix a brand color
The only reliable way to avoid misunderstandings is to specify all four color values in the brand book or in a separate logo color passport: the Pantone number (with C or U indication), the CMYK formula, RGB values, and HEX. This will take one page of the document, but it will free you from situations where each new contractor — a printing house, an outdoor advertising studio, a website developer — selects the color anew and gets their own shade. A logo without fixed color codes is, in effect, a colorless logo: the form exists, but the recognizable shade that runs through all communication is missing.
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