

There are some colors where you do not see any real difference, but you will see that converting some shades of Hex turquoise to CMYK will result in a much dirtier color than it should. This means that conversion from Hex to CMYK is not "lossless" because CMYK can only hold a subset of all the available Hex colors. One important thing to point out is the fact that the Hexacedicmal color range is greater than de CMYK color range. Although the PANTONE color system has fewer colors than CMYK, the single colors are able to go way beyond the CMYK color space and thus lead to a much better result. PANTONE colors are predefinded colors which are not mixed while they are printed on paper and thus can lead to a more vibrant look. The better way is to avoid the CMYK hassle by searching for the corresponding PANTONE color. In this case you have two choices: Either you search for another CMYK color which looks more similar to your HEX color, even if the technical conversion would not lead to this choice (often it is useful to reduce of fully remove the black form your cmyk). If you convert it to CMYK and print the result on your printer, you may notice that the result is much less vibrant and may not fit your needs or even not fit the intended corporate identity. Example: Let's take a vibrant violet color like #7600DE. Sometimes, if you convert a color to CYMK, you will not be happy with the result. What can I do if i don't find a good CMYK color match for my HEX color?Īs mentioned before, the CMYK color system does not contain as many colors as the HEX color system does. They really look amazing and are standardized worldwide. Most good Printing services can handle PANTONE colors. If you want to print a vibrant color like red, blue or green for your design, especially if you want to print logos, consider using the PANTONE System, which supports a whole lot more colors than CMYK does. This cannot be avoided, because like mentioned before, HEX can display a lot more colors than CMYK. If you need a lot of vibrant colors in your design and then convert them to cmyk, it often looks a lot less vibrant. This means that not every color looks the same on displays as they look if you print it out. For instance, the HEX colors space contains more possible colors than the CMYK color space. The color systems of HEX (Hexadecimal) and CMYK (Cyan, Magenta, Yellow and Black) are very different from each other. This property is very important in order to explain to the printing machine already inside the image: what colors to print with and in what proportion.Simple put: HEX colors are good for displays, but you need the corresponding CMYK color value for printing (p.e. CMYK is not only basic tones for printing, but also a color model that can describe any shade in percentage. The abbreviation CMYK stands for: C - cyan (Cyan) - bright blue M - Magenta - bright pink Y - yellow (Yellow) - bright yellow K - black (BlacK) - black paint, where not the first, but the last letter entered the abbreviation, so as not to be confused with the Blue color, which is used in the RGB color model. The same difference is the replacement of red with hot pink, and blue with bright blue.

They were designed to minimize the amount of ink, and if artistic dyes necessarily contain white, then in print it is replaced by the white surface of the material. The values of each of the coefficient groups must be between 00 and FF.ĬMYK colors are the primary colors that create all printable hues. This approach still allows you to specify 256 states of the desired color coefficient. The group length is fixed - 2 characters. All color codes of this model are presented in a combined form of a triad of numbers in a hexadecimal number system, in which each of the three groups is responsible for its component color. HEX color encoding is essentially the hexadecimal representation of the RGB model discussed above. For example: # ff00b3, where the first pair of numbers is red, the second is green, and the third is blue.

Hex consists of three two character values in hexadecimal notation.
