Color Mixer is designed for the exact search intent behind “color mixer”. Blend two digital colors using the interpolation or mixing rule implemented by the tool and return copyable color values. Blend two digital colors using the interpolation or mixing rule implemented by the tool and return copyable color values. Digital color interpolation A simple 50/50 RGB blend averages corresponding red, green and blue channel values. A weighted blend interpolates each channel according to the selected ratio. Example channel rule For blend fraction t, a channel can be computed as (1−t)×channel₁ + t×channel₂ , then rounded to the supported integer representation. Screen mixing vs paint mixing Numeric RGB blending models emitted-light color values. Physical pigments mix subtractively and can produce very different visual results. Worked example: A simple channel-average blend of RGB(0,0,0) and RGB(255,255,255) produces approximately RGB(128,128,128). Common practical uses include Explore UI colors; Create intermediate design tokens; Blend brand colors; Generate CSS-ready values. Important limitations: The exact interpolation may occur in RGB, HSL or another color space depending on implementation. Digital blends do not predict physical paint mixtures. A blended color is not automatically accessible for text. Key questions this page should answer include: How do you mix two RGB colors 50/50? Average each corresponding RGB channel under a simple RGB interpolation model. What do black and white make in a 50/50 RGB numeric blend? Approximately RGB(128,128,128). Is digital color mixing the same as paint mixing? No. Does the color space matter? Yes. Interpolation in RGB can differ visually from interpolation in other spaces. Are mixed colors automatically accessible? No. Check contrast against the intended background. The page should stay focused on this differentiator: Make the digital mixing model explicit because RGB interpolation is not the same as physical paint mixing. The tool should appear before the explanatory copy so a visitor can complete the task immediately, then use the supporting content to verify the method and understand the result.
How to use this tool
Digital color interpolation
A simple 50/50 RGB blend averages corresponding red, green and blue channel values. A weighted blend interpolates each channel according to the selected ratio.
Example channel rule
For blend fraction t, a channel can be computed as (1−t)×channel₁ + t×channel₂, then rounded to the supported integer representation.
Screen mixing vs paint mixing
Numeric RGB blending models emitted-light color values. Physical pigments mix subtractively and can produce very different visual results.
Examples
50/50 black and white
A simple channel-average blend of RGB(0,0,0) and RGB(255,255,255) produces approximately RGB(128,128,128).
Common use cases
- Explore UI colors
- Create intermediate design tokens
- Blend brand colors
- Generate CSS-ready values
Frequently asked questions
How do you mix two RGB colors 50/50?
Average each corresponding RGB channel under a simple RGB interpolation model.
What do black and white make in a 50/50 RGB numeric blend?
Approximately RGB(128,128,128).
Is digital color mixing the same as paint mixing?
No.
Does the color space matter?
Yes. Interpolation in RGB can differ visually from interpolation in other spaces.
Are mixed colors automatically accessible?
No. Check contrast against the intended background.