When it comes to color mixing, many people wonder if combining the colors orange and grey will result in the color blue. At first glance, this may seem unlikely since orange, grey and blue are all very different colors on the color wheel. However, with some understanding of color theory and the basics of pigment and light mixing, we can take a deeper look at whether or not orange and grey make blue.
The Basics of Color Mixing
Before looking specifically at orange, grey and blue, it’s helpful to understand some fundamentals about color mixing. There are two main ways that colors can be mixed:
- Pigment mixing – When paints, dyes, inks etc. are physically combined, this is pigment mixing. For example mixing orange and grey paints together.
- Light mixing – When different colored lights are shone together, this is light mixing. For example combining an orange light beam with a grey light beam.
With pigment mixing, the more pigments that are combined, the darker the resulting color will be. This is why mixing a lot of paint colors together will eventually result in brown or black. With light mixing, the more colors of light combined, the brighter the result will be.
The Color Wheel
Another key concept in color mixing is the color wheel. The color wheel shows the relationships between colors:
| Color Wheel Layout |
|---|
|
Understanding these color relationships helps predict how colors will interact when mixed together. Complementary colors are very vibrant but can create brown/grey if overmixed. Analogous colors blend seamlessly. Triadic colors are bright and energetic together.
Mixing Orange and Grey Pigments
Now focusing specifically on orange and grey, what happens when these two pigments are physically mixed together? Grey is a neutral color on the color wheel, meaning it does not have a strong color bias. Orange, on the other hand, is a bold secondary color between red and yellow.
When any color is mixed with grey as a pigment, the result will be a darker, muted version of that color. Therefore, mixing orange and grey paints would make a darker, less saturated orange. With enough grey pigment added, the resulting color can become almost brown or charcoal.
The more grey pigment added relative to the orange, the closer to a neutral grey-brown the mixed color will become. The less grey, the more of an orange bias the mix will retain. Either way, the result will be far from the primary color blue on the opposite side of the color wheel from orange.
Mixing Orange and Grey Light
What happens if we mix orange and grey light beams instead of pigments? Grey light contains equal levels of red, green and blue light. Orange light is dominated by red and green. When these light beams mix, the result is still not blue, but instead a light peach/tan color.
This is because the red and green components of the orange and grey mix to become desaturated. The blue component is absent in both orange and grey light, so there is no blue light to make the result look blue. The balance of pigments again results in a muted neutral tan color midway between the orange and grey.
Can Orange and Grey Make Blue?
Based on the fundamentals of color mixing, there is no scenario where orange and grey pigments or light beams combined will directly produce the color blue. So in summary:
- Pigment mixing orange and grey makes a dark, muted orange or brown grey depending on amounts.
- Light mixing orange and grey makes a desaturated peach/tan color.
- Blue contains no orange or grey components, so cannot be directly mixed from these colors.
The only potential way orange and grey could make blue indirectly is through a optical illusion. In some situations, the contrast between orange and grey can cause the eye/brain to perceive an afterimage that appears blue. However, this is not a true mixing of the colors to actually produce blue light or pigment.
The Color Wheel
To recap some key color wheel basics relevant to this discussion:
| Color | Type | Relationship with Orange | Relationship with Grey |
|---|---|---|---|
| Orange | Secondary | – | Contrasting |
| Grey | Tertiary | Contrasting | – |
| Blue | Primary | Complementary | Contrasting |
This illustrates why orange and grey do not contain the necessary components to directly mix into blue. Blue’s complement is orange, while grey contrasts with all colors as a neutral.
Examples of Orange and Grey Mixing
Here are some examples of physical scenarios that demonstrate the results of combining orange and grey pigments or light:
| Mixing Type | Scenario | Result |
|---|---|---|
| Pigment | Mixing grey and orange paint | Dark muted orange or brown |
| Pigment | Dyeing a grey fabric with orange dye | Dull orange fabric |
| Light | Spotlighting a white wall with overlapping orange and grey beams | Peach/tan colored area |
| Light | Projecting orange and grey light through a prism | Tan/peach projection |
In every case, the result contains elements of both orange and grey but no trace of blue. The balance shifts between the two depending on the amount of each color present.
Other Colors Grey Can Mix With
It’s also helpful to consider how grey interacts with colors besides orange on the color wheel. In general, mixing grey pigment or light with any color will result in a more muted, softened version of that color.
Here are some examples of mixing grey with other colors:
| Color 1 | Color 2 | Result when mixed with Grey |
|---|---|---|
| Yellow | Grey | Dull yellow |
| Green | Grey | Soft green |
| Purple | Grey | Lavender |
| Red | Grey | Maroon |
The exact hue and saturation of the resulting mixed color depends on the original brightness of the other color and the proportions mixed. But in all cases, mixing any color with grey pushes the result towards grey on the color wheel.
Other Colors Orange Can Mix With
Looking at orange, mixing it with other colors results in different but predictable shifts around the orange section of the color wheel:
| Color 1 | Color 2 | Result when mixed with Orange |
|---|---|---|
| Red | Orange | Red-orange |
| Yellow | Orange | Yellow-orange |
| Green | Orange | Olive green |
| Blue | Orange | Brown |
Compared to more neutral grey, orange has a stronger pull towards its own area of the color wheel. But it still does not contain blue components to allow mixing into that primary color.
Light vs. Pigment Mixing
In summary, the key differences between light and pigment mixing are:
- Light mixing results get brighter/lighter by combining more colors
- Pigment mixing results get darker/muddier by combining more colors
- Light mixing produces more saturated, intense colors
- Pigment mixing produces more muted, earthy colors
Yet in both cases, the fundamentals of color theory hold true and mixing orange and grey pigments or light will never directly make blue. The resulting mix may appear blueish in some fringe cases, but contains no actual blue color components.
Conclusion
While orange and grey can combine to create a wide range of brown, tan, peach, and neutral earthy tones, mixing these two particular colors will never actually produce the primary color blue. This is because orange and grey lack blue components based on their positions on the color wheel.
The only potential way to perceive blue as a result of mixing orange and grey is through an optical illusion effect. But the actual light waves or pigment particles remain devoid of blue.
Understanding these color mixing fundamentals provides great insight into the interactions between many different colors. With some basic color theory, we can predict and explain why certain color combinations work well while others may never produce an expected result – like blue from orange and grey.
