![]() We will now see some common places where 4000K lighting is very useful. At the same time, slightly warm color temperature will trigger the release of serotonin, a chemical that boosts your energy levels. Color temperature also plays an important role in selecting the lighting for different settings like studying, computer/office, kitchen, art galleries, sports/stadiums etc.Ī cool color tone will trigger the release of melatonin, a chemical that helps you relax and makes you sleepy. The color, type and amount of light in a room has a direct correlation to our brain’s functionality. Beyond 5,000K, the blue tint dominates the light and hence, we do not recommend going above 5,000K for reading or working for long hours. But with continuous exposure, you can identify the yellowish white and neutral white of 4,000K and 5,000K lighting respectively.Ĥ,000K Lights have a slightly warm color tone while 5,000K Lights have neutral white with a hint of blue. Unless you have expensive photometers, our naked eyes cannot tell the difference between a 4,000K and 5,000K lighting at the first glance. 4000K vs 5000K Lighting – Comparison & Differences This is the reason you find 5,000K lighting to showcase art. 5,000K lights are bright and clean but without any hint of yellow.Īt 5,000K, the light appears almost white and as a result, it shows the true colors of objects it falls on. While 4,000K looks like neutral white, with 5,000K color temperature, the lighting starts to show its blue tint. where people need clear lighting without any blue tint. Hence, we see this color temperature in homes, offices etc. You can consider the 4,000K light as a natural white with tiny yellow tinge.Ĥ,000K lighting looks very natural and clean, similar to daylight. If the color temperatures between 2,700K and 3,300K are warm white, then 4,000K is slightly less yellow than those. But the color temperature of daylight is high, usually 5000K or more. If you take a look at the incandescent light bulb, it typically has a low color temperature of 2800K. For a White light source, we measure its shade of white light on a temperature scale in Kelvin. When we gradually increase the temperature of Planckian black body, it glows initially in red, orange and yellowish white and with increasing temperature the color changes to white and bluish white.Ĭolor Temperature of a light source is a measure of its color with respect to a Black Body at a particular temperature in Kelvin (K). But not according to Planck’s Black Body Radiations. 4000K vs 5000K Lighting – Comparison & DifferencesĪt first glance, it might seem weird to combine ‘color’ and ‘temperature’.
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