Get along with the Lighting idea of your Grey walls!

Instead of sticking to conventional white walls in your kitchen or dining room, the latest trend is a soft grey wall with one or more color undertones. When done correctly, it produces a stunning contemporary color that complements a wide range of furniture types.

What you see in your local paint or home improvement store isn’t always what you get in your home. We have some lighting tips to help you achieve the perfect shade of grey if your grey walls are more purple, green, or yellow than you expected.

First: Get outside.

Painting etiquette requires that you compare swatches and test paint squares on your wall before embarking on a major redecorating project. We strongly advise you not to miss this move. It’s about more than just choosing the right shade to fit your preferences. The lighting is less than optimal, regardless of how convenient home improvement stores are. Commercial lighting has a different color temperature and color rendering index (CRI) than residential lighting. To begin, remove the paint swatch or chip from the store and place it in direct sunlight. Natural Sunlight will help you recognize the intensity of the right color.

Second: Put Your Paint to the Test

Next, get a small can of test paint and paint a small patch of your chosen room’s wall. Some people even like to paint a square of poster board and hold it up to the room’s expected furniture and fabrics to see if the colors blend well. Try using two samples when painting a room with a window to ensure you like how it looks when the sun hits the paint and when it is in shadow or artificial light from the room. You’ll need to see how the paint looks under different lighting conditions, both during the day and at night. If you thoroughly test your paint before committing, you will substantially reduce your chances of having to attempt a mistake of choosing the wrong color.

Knowing Color Temperature and CRI is essential!

Understanding and efficiently using the CRI and color temperature of your bulb will help you monitor the appearance of the light. The Color Rendering Index (CRI) determines how a light source affects the color perception of objects and surfaces.

It can be used to assess how effective light is at reproducing colors. Nearly all colors appear natural and vivid when lit by a light with a high CRI. While a low CRI can make some colors appear blurred, washed out, or even take on a completely different hue, it can also make some colors appear muted, washed out, or even take on a completely different hue. The apparent color of the lamplight is determined by its color temperature, which is measured in Kelvin (K).

Some Recommendations after painting

You could come to a point where you like the paint color in the sunlight, but the interior lighting isn’t quite right. Before you change your lamp, make sure you’re familiar with its characteristics. What kind of illumination do you have? Is it an incandescent light bulb, a halogen light bulb, a fluorescent light bulb, or an LED light bulb? Each light source has its own set of advantages and disadvantages, many of which are related to the color rendering index (CRI) or color temperature of the light.

While incandescent has a CRI of 100, their color temperature is a warm 2700K, which is often yellower than desired. While halogen bulbs have a high CRI, the excessive heat they emit can cause fading in non-latex paint and delicate fabrics and increase the temperature of a room unnecessarily. Fluorescents produce a lot of light but have a low CRI unless they’re specifically designed to have a high CRI. LEDs, like CFLs, have a good CRI out of the box, but they can be engineered to have a higher CRI for better color accuracy. CFL and LED bulbs also have the most power over color temperature, allowing for the best human perception.

Third: Look at the CRI.

Check the CRI of your potential new lights before replacing them, either by reading the box or looking it up online. A CRI of 90 or higher indicates that the light from the bulb can show color more accurately. For the best color control and CRIs, we still suggest LEDs. Check with your manufacturer to see if your potential bulb has been tested using TM-30 for particularly accurate color rendering. In comparison to the 8 samples used to calculate CRI, the TM-30 calculation uses 99 test color samples.

Fourth: Check the Color Temperature

The color temperature you select, in addition to having a high CRI, will make a difference. Since the light is slightly more yellow than white, warm white LEDs or CFLs about 2700K add richness to reds, browns, and yellows. Between 3500K and 4000K, cool white LEDs have a slightly bluer hue, making them suitable for blue, green, and purple. Use cooler colored lights if your grey is blue-based and you want to draw attention to the undertone. When it comes to red or yellow-based greys, the opposite is true: use warmer lighting. 3000K to 3500K, also known as halogen or bright white, is a strong neutral light. It’s not as blue or rough as a 4000K cool white bulb.

After this, we hope you will understand the brilliant idea of grey walls and their lighting.