Cheri Mund Brand Color Codes

with HEX, RGB, CMYK, Pantone & RAL

  • Cerulean Blue: #2857AF
  • Cream Can: #F3C45C
  • Tawny Port: #722343
Cheri Mund color logo

What are the Cheri Mund brand color codes?

The Cheri Mund colors are Cerulean Blue, Cream Can, Tawny Port. The Cheri Mund brand color codes in HEX, RGB, CMYK, and Pantone formats can be found below. The following table provides standardized color codes across multiple systems, including HEX, RGB, and CMYK, along with Pantone (PMS), RAL, and NCS (Natural Color System). HEX and RGB formats are specifically intended for digital applications such as web design and user interfaces, while CMYK values are optimized for professional printing purposes.

Color Names & Codes of the Cheri Mund Brand

Cerulean Blue
Color Codes
Hex
#2857AF
RGB
40, 87, 175
CMYK
77, 50, 0, 31
Cream Can
Color Codes
Hex
#F3C45C
RGB
243, 196, 92
CMYK
0, 19, 62, 5
Tawny Port
Color Codes
Hex
#722343
RGB
114, 35, 67
CMYK
0, 69, 41, 55

*The color values above are not explicitly specified in the Cheri Mund brand guidelines, but represent the closest approximations based on the official color references available.

The Cheri Mund brand colors are Cerulean Blue, Cream Can, Tawny Port. The Cerulean Blue color code for the brand is HEX: #2857AF, RGB: 40, 87, 175, CMYK: 77, 50, 0, 31.  The Cream Can color code for the brand is HEX: #F3C45C, RGB: 243, 196, 92, CMYK: 0, 19, 62, 5.  The Tawny Port color code for the brand is HEX: #722343, RGB: 114, 35, 67, CMYK: 0, 69, 41, 55.

Cheri Mund Brand Image with Color Palette

Cheri Mund brand color palette

Download Cheri Mund Color Palette

Download the Cheri Mund brand color palette image, which includes all official HEX codes in a single visual format designed for digital use. These HEX values are recommended for applications such as web design, UI components, and digital presentations. For professional print production or spot color requirements, refer to the Pantone® (PMS) and RAL codes listed above, which are standardized for accurate color reproduction in physical materials.

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