Normal text: Fail
Large text: Fail
#2012CC
sRGB · 32 / 18 / 204
#2012CC belongs to the blue family. Its hex code tells a screen to mix 32 red, 18 green and 204 blue on a scale of 0 to 255. On the HSL wheel, hue is a position around a circle: 244.5° lands in the blue region. Its 83.8% saturation makes it strong in color at this lightness. HSL lightness is 43.5% on a scale from black (0%) to white (100%). Of black and white lettering, white has the clearer light-to-dark separation on this background (10.40:1), which helps the shapes of letters stand out.
Color conversions
- sRGB (8-bit)
- 32, 18, 204
- HSL
- 244.52°, 83.78%, 43.53%
- HSV / HSB
- 244.52°, 91.18%, 80.00%
- CMYK (approx.)
- 84.31%, 91.18%, 0.00%, 20.00%
- CIE XYZ (D65, Y = 100 for white)
- 11.710, 5.099, 57.496
- CIELAB (D65, 2° observer)
- 27.015, 63.388, -87.480
- WCAG relative luminance
- 0.05099
- 24-bit decimal
- 2101964
CMYK uses a profile-free approximation. Printed output depends on the press, ink and paper. Lab uses a D65 white point.
Text contrast
Contrast tells you how clearly lettering separates from #2012CC in light and dark. The ratio compares relative luminance, a measure of light weighted for human vision. Identical colors give 1:1 and black against white gives 21:1. A ratio of 2.99:1 falls just below the 3:1 AA minimum for large text. Body text needs at least 4.5:1 because its finer strokes are harder to distinguish.
Normal text: AAA
Large text: AAA
AA and AAA are WCAG accessibility levels. AAA sets a higher bar: 7:1 for normal text and 4.5:1 for large text. Large text begins at 18 pt regular or 14 pt bold. Ratings use the unrounded ratio. WCAG text contrast guidance
Palettes & scales
Harmonies rotate the hue. Scales mix the starting color with white, black or middle gray in 20% steps in encoded sRGB.
Complementary
#BECC12 sits half a turn (180°) from #2012CC on the HSL wheel. Keeping saturation and lightness steady while crossing to the opposite hue gives you a contrasting accent. Check text contrast separately before using the pair for lettering.
Analogous
#1261CC and #7D12CC sit 30° to either side of #2012CC. The three hues are neighbors on the wheel, so you can change the color of a border or highlight while keeping it close to the original.
Triadic
#2012CC, #CC2012 and #12CC20 are spaced 120° apart, forming a triangle on the wheel. Try one for the main color and the other two for accents.
Split complementary
Start at #2012CC and look across the wheel. #CC7D12 and #61CC12 sit 30° to either side of its exact opposite, giving you two different accent choices.
Square
Starting with #2012CC, each quarter turn (90°) takes you to the next hue: #CC1261, #BECC12, then #12CC7D. Across the square, #2012CC pairs with #BECC12, and #CC1261 with #12CC7D.
Tetradic
#2012CC and #BECC12 are opposites, as are #CC12BE and #12CC20. Together they form a rectangle on the wheel, with alternating gaps of 60° and 120°.
Tints
Mixing #2012CC with white in 20% steps produces this scale. The first mixture, #4D41D6, keeps 80% of the original. By #D2D0F5, the mixture is 80% white.
Shades
Mixing #2012CC with black in 20% steps produces this scale. The first mixture, #1A0EA3, keeps 80% of the original. By #060429, the mixture is 80% black.
Copy color codes
Hex, RGB and HSL are three ways to write this screen color. Paste any of them into a CSS color property.
Hex
#2012CCRGB
rgb(32 18 204)HSL
hsl(244.516 83.784% 43.529%)CSS example
.color-sample {
background-color: #2012CC;
color: #FFFFFF;
}Channel breakdown
RGB
#2012CC uses 32 red, 18 green and 204 blue. Each bar shows how much of that channel’s 0–255 range the screen uses.
CMYK
A simple CMYK estimate for #2012CC is 84.3% cyan, 91.2% magenta, 0.0% yellow and 20.0% black. These are ink amounts; a printer profile is needed to predict the result on paper.
Nearby colors
The nearest shorthand match is #2211CC. Its matching digit pairs let you write it as #21C in CSS. For a modern design, keep #2012CC when you want an exact match. Use its web-safe neighbor, #3300CC, when matching a legacy palette of 216 colors.
Gradient to complement
Color vision previews
Compare how #2012CC appears in each simulation. When two chart lines or status indicators become hard to tell apart, a label, shape or line pattern gives readers another way to distinguish them. Individual perception varies.
Protanopia
A red–green color vision deficiency. Without a distinct response from long-wavelength cones, some reds and greens can look alike, and reds can appear darker.
Deuteranopia
A red–green color vision deficiency. Without a distinct response from medium-wavelength cones, some greens can be difficult to distinguish from reds or browns.
Tritanopia
A blue–yellow color vision deficiency. Without a distinct response from short-wavelength cones, blue can resemble green, and yellow can resemble pink.
Protanomaly (50%)
An altered long-wavelength cone response can make reds appear dimmer and harder to distinguish from greens. This swatch shows the model’s halfway setting.
Deuteranomaly (50%)
An altered medium-wavelength cone response can reduce the visible difference between reds and greens. This swatch shows the model’s halfway setting.
Tritanomaly (50%)
An altered short-wavelength cone response can make blue harder to distinguish from green. This swatch shows the model’s halfway setting.
Grayscale (luminance)
This design check removes hue and preserves relative luminance so you can compare light and dark areas.
Partial grayscale (50% blend)
This design check mixes the original color halfway toward its grayscale equivalent in linear light. Use it to see how a design holds up as color fades.
Technical reference
CAM16 and CIECAM02 below assume D65 white, an average surround, background Y of 20 against white at 100, and adapting luminance of 4.07 cd/m².
Linear sRGB
These channels scale with emitted light. Use them for lighting calculations and physically meaningful blends.
R 0.01444 G 0.00605 B 0.60383
Display P3
P3 displays can reproduce a wider range of reds and greens. These coordinates reproduce this same sRGB swatch on a color-managed P3 display.
R 0.11748 G 0.07297 B 0.76768
Linear Display P3
These P3 channels are proportional to light, before display encoding.
R 0.01295 G 0.00633 B 0.55048
CIE xyY
The x and y coordinates locate chromaticity on a diagram. Y gives relative luminance on a scale where white is 100.
x 0.158 y 0.069 Y 5.099
CMY
Ideal cyan, magenta and yellow are the complements of the encoded red, green and blue channels.
C % 87.451 M % 92.941 Y % 20.000
Binary RGB
Each eight-bit group represents one channel. Together they store the 24-bit hex color.
00100000 00010010 11001100
Android ARGB
Android packs alpha, red, green and blue into a signed integer. FF means fully opaque.
0xFF2012CC -14675252
CAM16 JCh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Lightness J 20.594 Chroma C 74.104 Hue h° 284.966
CAM16 JMh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Lightness J 20.594 Colorfulness M 53.571 Hue h° 284.966
CAM16 Jsh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Lightness J 20.594 Saturation s 97.685 Hue h° 284.966
CAM16 QCh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Brightness Q 56.140 Chroma C 74.104 Hue h° 284.966
CAM16 QMh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Brightness Q 56.140 Colorfulness M 53.571 Hue h° 284.966
CAM16 Qsh
J rates lightness relative to white. Q estimates brightness. C describes chroma, M the strength of the color sensation, and s its strength relative to brightness.
Brightness Q 56.140 Saturation s 97.685 Hue h° 284.966
CAM16 UCS JMh
Uniform-space coordinates make distances between nearby colors easier to compare.
J′ 30.599 M′ 35.007 Hue h° 284.966
CAM16 UCS Jab
Uniform-space coordinates make distances between nearby colors easier to compare.
J′ 30.599 a′ 9.040 b′ -33.819
CIECAM02
An earlier appearance model used in color management. Compare its predictions under the same viewing conditions as CAM16.
J 17.914 C 76.660 h° 262.457 Q 52.355 M 55.420 s 102.886
Cite this page
Choose the style requested by your instructor. The access date records when you consulted this entry. For IEEE, add the reference number assigned in your paper.
MLA 9 · Works cited
Charnell, Justin. “#2012CC Hex Color.” Hex Values, https://hexvalues.com/colors/2012cc/. Accessed .
APA 7 · Reference list
Charnell, J. (n.d.). #2012CC hex color. Hex Values. Retrieved , from https://hexvalues.com/colors/2012cc/
Chicago 18 · Bibliography
Charnell, Justin. “#2012CC Hex Color.” Hex Values. Accessed . https://hexvalues.com/colors/2012cc/.
Chicago 18 · Author-date
Charnell, Justin. n.d. “#2012CC Hex Color.” Hex Values. Accessed . https://hexvalues.com/colors/2012cc/.
IEEE · Reference list
J. Charnell. “#2012CC Hex Color.” Hex Values. Accessed: . [Online]. Available: https://hexvalues.com/colors/2012cc/