Patina is a distinctive greenish tint that develops over time and appears mainly on the surface of metals, especially copper, bronze and brass. Its formation is the result of chemical reactions when the metal is exposed to oxygen, water and other chemicals. The result of this process is a compound called copper carbonate, which gives the surface a greenish, bluish tint.
In addition to its aesthetic value, the patina colour also has practical benefits, as it forms a protective layer on the metal surface, preventing further oxidation and corrosion. This is why patina is deliberately created in many art and architectural projects to achieve a timeless, antique effect. Because of its natural beauty and protective properties, patina is very popular in both the artistic and industrial fields.
Patina colour RGB and HEX codes
The RGB values of the patina colour are 115, 134, 120. The HEX code of the patina colour is #738678.
| Colour scheme | Code/Weights |
|---|---|
| Hex |
#7BB661 |
| RGB |
rgb(123, 182, 97) |
| HSL |
hsl(93, 38%, 55%) |
| HSV/HSB |
hsv(93, 47%, 71%) |
| CMYK |
cmyk(32%, 0%, 47%, 29%) |
| Contrasting colour |
#B761B7 |
| Complementary colour |
#B68C61 |
Dark and light shades of patina
Click on the colour codes below to copy them to the clipboard.
Dark shades
Light shades
Patina's complementary colour palettes
The stunning shades of patina are versatile and harmonise with many colour combinations. Below we present the analogue, complementary, monochromatic, triad, tetrad, split complementary and neutral palettes of patina to help you choose the perfect colour scheme.
Complementary palette
Analogue palette
Monochrome palette
Triad palette
Tetrade palette
Split complementary palette
Neutral palette
What is the colour of patina?
A patina colour is usually a greenish, greenish blue or bluish tint that is produced by the oxidation of metals, especially copper and bronze. This colour develops over time during the natural oxidation process of metals.
What determines the colour of patina?
The colour of patina depends on several factors. Firstly, the type of metal on which the patina is formed - for example, copper, bronze or iron. Patina colour is also affected by environmental conditions such as humidity, pH and chemicals in the air. In addition, the length of time and the temperature also play a significant role in the development of the patina's hue.
How is patina colour colour mixing possible?
To mix the patina colour, it is possible to use Green, blue and copper shades. The patina is typically a bluish-green layer formed by the oxidation of metals, especially copper, caused by weathering and environmental factors. To mix the paint, you can use green paint by mixing yellow and blue, then add a little white to lighten the colour. You may then want to add a little blue and a little reddish brown (copper tint) to achieve the right patina shade. Finally, fine-tune the colour until you get the desired effect.
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