In the UK, bollards are commonly installed to meet security standards, manage vehicle access, maintain social distancing, and safeguard pedestrians in public places. Though these vertical posts are designed to minimise risks, bollard covers serve multiple purposes like protecting the bollards and promoting products or services.
Wondering what’s the role of RGB in bollards? Many businesses out there are struggling to come up with captivating bollard cover designs. To achieve impactful outdoor exposure, it is essential to understand and apply the right colour principles like the RGB colour model.
So, what exactly does RGB stand for and how can it be integrated into bollards the right way?
Let’s dig deeper without further ado!
Believe it or not, RGB is almost everywhere! From your little smartphone screens to gigantic digital displays, the RGB colour model is considered to create vibrant colours.
A Quick Fact ‘RGB’ is one of the most widely used colour models in colour theory. Because it resembles how human eyes perceive and process colours in the real world. Fascinating, right? |
RGB stands for Red, Green, and Blue. As you might have guessed, the term comes from the first letters of these three fundamental colours of light.
Amidst countless colours, why were Red, Green, and Blue chosen? That’s a great question!
When these three primary colours (RGB) are combined in varying proportions, they produce millions of shades. This is why RGB is classified as an additive colour model in colour theory.
Technically, the RGB colour model assigns a value between o and 255 to each colour component. The precise combination of these values results in the respective final colour. Here’s how
RGB Colour Code | Colour Combination | Colour You Achieve |
(255, 0, 0) | Red + No Green + No Blue | 🔴 Red |
(0, 255, 0) | No Red + Green + No Blue | 🟢 Green |
(0, 0, 255) | No Red + No Green + Blue | 🔵 Blue |
(255, 255, 0) | Red + Green + No Blue | 🟡 Yellow |
(0, 255, 255) | No Red + Green + Blue | 🟦 Cyan |
(255, 0, 255) | Red + No Green + Blue | 🟣 Magenta |
(255, 255, 255) | Full Red + Full Green + Full Blue | ⚪ White |
(0,0,0) | No Red + No Green + No Blue | ⚫ Black |
If you are looking to move beyond simple warm or cool tones, RGB is a perfect option for you. This colour model allows you to make precise colour customisations according to the theme, event, or ambience you are planning.
Therefore, it is no wonder that RGB is a go-to choice for digital displays, photography, and dynamic lighting effects.
In a world where visuals speak more than words, businesses must leverage bold and attention-grabbing colours to stand out. And achieving accurate colour conversion is uncompromisable for a striking visual experience.
When it comes to printing bollard covers, the colours you planned should come out well. But here is the real challenge.
If you submit artwork for RGB printing, you are making a costly mistake. Yes, you read it right! Though RGB is great for digital solutions, you can’t transfer these colours to your bollard covers directly.
Problem? RGB is an additive colour model (light-based) whereas the printing devices work on the CMYK subtractive model (ink-based) which are opposite to one another.
Solution? Simply convert RGB designs to CMYK (Cyan, Magenta, Yellow, Black) colours before beginning the printing process.
For Your Understanding, the significant differences between RGB and CMYK are listed here.
Features | RGB [Digital Colours] | CMYK [Printing Colours] |
Colour Model | Additive [Light-Based] | Subtractive [Ink-Based] |
Primary Colours | Red, Green & Blue | Cyan, Magenta, Yellow & Black |
Suitable For | Screens, LED Lighting | Printed Materials |
Max Colour | White [255,255,255] | Black [0,0,0,100] |
Conversion Process | ‘No’ for Digital Screens | ‘Yes’ for Printing Process |
When you proceed to print RGB colors, you may get a dull or inaccurate colour conversion that may spoil the appeal of your bollard covers. Keep reading!
Designed your bollard cover with RGB colours? No problem! You can convert RGB to CMYK with these simple ideas.
RGB Colour | CMYK Equivalent |
🔴 Bright Red (255, 0, 0) | C: 0, M: 100, Y: 100, K: 0 |
🟢 Vivid Green (0, 255, 0) | C: 100, M: 0, Y: 100, K: 0 |
🔵 Electric Blue (0, 0, 255) | C: 100, M: 100, Y: 0, K: 0 |
Pat yourself on the back! Now you’ve got a clear idea of what RGB stands for, how it works, why RGB printing needs conversion and even more. Designing and printing a professional bollard cover takes time and effort. But you don’t have to do it all yourself.
An enthusiastic Graphic Designer professional with strong communication and organisational skills, who is passionate about creating and developing innovative ideas with the client to help them get their business noticed. I work to the highest standards and have an excellent eye for detail with skills in design and organisation. I am a dependable and productive worker whose honesty and integrity provides effective leadership and builds excellent relationships. I enjoy innovatively…
Feb 10 2025