A color mixing chart makes it easier to understand how different colors combine to create new shades. Whether you're mixing paint, creating digital artwork, or choosing colors for a design project, a chart gives you a quick reference instead of relying on guesswork. If you want to experiment with digital combinations, you can also use our color mixing tool to combine colors and explore the results.
What Is a Color Mixing Chart?
A color mixing chart is a visual guide that shows what happens when different colors are combined. Basic charts usually start with primary colors and show how they produce secondary and tertiary colors.
More detailed charts can also include color variations, neutral colors, tints, shades, and different mixing ratios.
A chart is especially useful for beginners because it gives you a starting point before you begin experimenting. However, the result of a mixture is not always identical every time. The type of pigment, medium, ratio, and color system can all affect the final appearance.
For example, red and yellow generally create orange, but changing the amount of either color can produce a warmer red-orange or a more yellow-orange shade.
Understanding Primary Colors
Primary colors form the foundation of traditional color mixing.
The three commonly taught primary colors are:
- Red
- Yellow
- Blue
These colors are used as the starting point for creating many other colors in a traditional mixing model.
Secondary Colors and How to Make Them
Secondary colors are created by combining two primary colors.
Red + Yellow = Orange
Mixing red and yellow produces orange.
A balanced mixture creates a typical orange, while changing the ratio creates variations:
- More red → red-orange
- More yellow → yellow-orange
Yellow + Blue = Green
Yellow and blue combine to create green.
The ratio can change the character of the result:
- More yellow → yellow-green
- More blue → blue-green
Blue + Red = Purple
Blue and red commonly create purple.
Increasing the amount of blue can shift the result toward blue-violet, while adding more red can produce a warmer red-violet.
These three combinations are the foundation of many basic color mixing charts.
Basic Color Mixing Chart
Use this table as a quick reference for common color combinations:
| Color 1 | Color 2 | Common Result |
|---|---|---|
| Red | Yellow | Orange |
| Yellow | Blue | Green |
| Blue | Red | Purple |
| Red | White | Pink |
| Black | White | Gray |
| Red | Green | Brown or neutral |
| Blue | Orange | Muted or neutral color |
| Yellow | Purple | Muted or neutral color |
These are general results rather than universal formulas. Different pigments can produce different results even when the colors have the same names.
Tertiary Colors Explained
Tertiary colors are created by combining a primary color with a neighboring secondary color.
Common tertiary colors include:
- Red-orange
- Yellow-orange
- Yellow-green
- Blue-green
- Blue-violet
- Red-violet
Tertiary colors are useful when you want more subtle transitions between major color families.
Instead of jumping directly from yellow to green, for example, yellow-green provides an intermediate color that can create a smoother palette.
Image 3 — Tertiary Color Chart
Filename: tertiary-color-mixing-chart.webp
ALT: tertiary color mixing chart with six intermediate colors
Caption: Tertiary colors created by combining primary and secondary colors.
What Colors Make Purple?
Purple is commonly made by combining red and blue.
The exact shade depends on the proportions of the two colors.
A mixture containing more blue can move toward a cooler blue-violet, while a larger amount of red can create a warmer red-violet.
If you're working with paint, adding white can create lighter purple tints. In digital design, the lightness can be adjusted through the color values instead.
What Colors Make Green?
Green is commonly created by mixing yellow and blue.
The ratio determines whether the result looks warmer or cooler.
- Yellow-heavy mixtures tend toward yellow-green.
- Blue-heavy mixtures tend toward blue-green.
The specific pigments also matter. Two different blues can create noticeably different greens when combined with the same yellow.
What Colors Make Orange?
Orange is created by mixing red and yellow.
An approximately equal mixture creates a balanced orange. Increasing the amount of red makes the color warmer and more reddish, while increasing yellow produces a brighter yellow-orange.
This simple combination is one of the most recognizable examples in a basic color mixing chart.
What Colors Make Brown?
Brown can be produced in several ways, and the result can vary considerably depending on the colors and proportions.
One common approach involves mixing colors that balance warm and cool components. Red and green, for example, can produce brown or a muted neutral depending on the specific shades being used.
Because brown has many possible variations, there isn't one universal formula that works for every paint or digital color system.
For a deeper explanation of different combinations and ways to create brown, see our guide on what colors make brown.
What Colors Make Pink?
Pink is commonly created by lightening red with white in traditional paint mixing.
The amount of white determines how light the resulting color becomes.
- Small amount of white → light red
- Moderate amount → medium pink
- Larger amount → pale pink
The original red pigment also influences the final appearance.
What Colors Make Gray?
Gray can be created by combining black and white.
A higher amount of white produces a lighter gray, while more black creates a darker gray.
Gray can also be approached through combinations of colors that balance toward a neutral result. This is why color mixing can become more complex when you move beyond simple primary-color combinations.
How Color Mixing Ratios Change the Result
The ratio between two colors can significantly affect the final shade.
For example, consider red and yellow:
| Ratio | General Result |
|---|---|
| 1:1 | Balanced orange |
| 2:1 red to yellow | Red-orange |
| 1:2 red to yellow | Yellow-orange |
The same principle applies to many other color combinations.
Changing the ratio can affect:
- Hue
- Saturation
- Lightness
- Warmth
- Intensity
How Color Theory Helps You Understand Color Mixing
Understanding color relationships makes it easier to predict how combinations will behave.
Basic color theory covers concepts such as:
- Primary colors
- Secondary colors
- Tertiary colors
- Complementary colors
- Analogous colors
- Warm and cool colors
- Hue
- Saturation
- Lightness
Color theory is particularly useful when you're creating a palette rather than mixing one isolated color. It helps you understand why certain combinations feel balanced, contrasting, warm, cool, or harmonious.
For designers, this knowledge can make the color-selection process much more intentional.
Paint Color Mixing vs. Digital Color Mixing
One of the most important things to understand is that mixing paint is not the same as mixing digital colors.
Traditional Paint Mixing
Physical paint contains pigments that interact with light.
The final result can depend on:
- Pigment type
- Paint formulation
- Opacity
- Concentration
- Mixing ratio
- Surface
- Lighting conditions
This means two paints that appear to be the same named color can behave differently when mixed.
Digital Color Mixing
Digital colors are represented using numerical color models.
RGB, for example, uses combinations of:
- Red
- Green
- Blue
HEX values are another common way of representing digital colors, especially in web design.
Because digital color systems work with light and numerical values, their results can differ significantly from physical pigment mixtures.
How to Mix Colors Online
Digital color mixing is useful when you're designing websites, creating graphics, working on illustrations, or experimenting with color combinations.
Instead of manually estimating a result, you can test different colors and proportions digitally and immediately compare the outcome.
This can be especially useful for:
- Website design
- UI and UX design
- Branding
- Digital illustrations
- Graphic design
- Color palette development
- Creative experiments
Using digital tools also makes it easier to work with exact HEX or RGB values when you need a repeatable result.
Complete Color Mixing Reference
Here is a quick reference for common combinations:
| Combination | Result |
|---|---|
| Red + Yellow | Orange |
| Yellow + Blue | Green |
| Blue + Red | Purple |
| Red + White | Pink |
| Black + White | Gray |
| Orange + White | Light orange |
| Purple + White | Light purple |
| Green + White | Light green |
| Blue + White | Light blue |
| Red + Green | Brown or neutral |
| Blue + Orange | Muted neutral |
| Yellow + Purple | Muted neutral |
These results are simplified references. Exact outcomes can vary according to the medium, pigment, color model, and proportions.
Common Color Mixing Mistakes
1. Assuming Every Primary Color Behaves the Same
Different pigments can produce different results. A particular red or blue may behave differently from another version of the same named color.
2. Ignoring Ratios
Even a small change in the proportion of one color can shift the resulting shade.
3. Treating RGB Like Paint
Digital RGB mixing and physical pigment mixing use different principles, so their results should not be expected to match perfectly.
4. Adding Too Much Black
Black can quickly reduce the brightness and intensity of a mixture. When darkening a color, small adjustments are easier to control.
5. Ignoring Lighting
Physical colors can appear different under daylight and artificial lighting. Always evaluate important color work under consistent conditions.
6. Expecting Exact Results From a General Chart
A chart provides guidance, but it cannot account for every pigment, paint formulation, display, or environmental condition.
Tips for Better Color Mixing
For more predictable results:
- Start with small amounts.
- Change one variable at a time.
- Keep track of useful ratios.
- Compare colors under consistent lighting.
- Test a mixture before using it on a larger project.
- Don't assume digital and physical mixing will behave identically.
- Use color relationships to guide your combinations.
Frequently Asked Questions
What are the three primary colors?
In the traditional basic color model, the three commonly taught primary colors are red, yellow, and blue.
How do color mixing ratios affect the result?
The ratio determines how strongly each color influences the final mixture. Changing the proportion can alter hue, saturation, lightness, and warmth.
Is digital color mixing the same as mixing paint?
No. Digital color mixing commonly uses systems such as RGB, while physical paint mixing depends on pigments and how they interact with light.
Can I mix colors online?
Yes. Digital color-mixing tools allow you to experiment with combinations and compare resulting colors without physically mixing paint.
Final Thoughts
A color mixing chart is a useful starting point for understanding how colors interact. It can help you identify basic combinations, explore secondary and tertiary colors, and understand how changing proportions affects the final result.
The most important thing to remember is that color mixing depends on context. Paint pigments, digital color models, ratios, and lighting can all influence the final appearance.
Once you understand these differences, a color mixing chart becomes more than a quick reference—it becomes a practical tool for experimenting with color and creating more intentional results.
