Brightening Up Kenya: Full Spectrum vs. Ordinary LED Lights
Brightening Up Kenya: Full Spectrum vs. Ordinary LED Lights

Let's first know the definition of spectrum.

The spectrum is an LED light Kenya band which has been split by a dispersion device (such as gratings and prisms) to create monochromatic light, and then arranged in accordance with the wavelength.

The spectrum of light

Before the invention of artificial light sources, sunlight offered not just energy and illumination for the earth, but also had a significant impact on the physiology and psychology of human beings.

The sun provides the healthy, natural light that we're most accustomed to. Below, you'll find various spectrum charts.

It's more comfortable for the eyes and less damaging than LED lights that have normal spectrum.

There are two major differences:

Low blue light

Blue light is a well-known danger for electronic devices. Lamps and lanterns also emit blue light.

This can affect the learning process and decrease effectiveness.

2.) Eye damage tissue, which can cause macular degeneration and cataracts.

3) Melatonin secretion can be impaired, which can lead to low quality sleep or insomnia.

The short blue light spectrum's wavelength is very low. The lower the temperature of the color is, the less the blue light levels. The majority of home settings are 3000k-4000k. For bedrooms, you could choose 3000k or 3500k to cut down on blue light.

Color rendering:

The human eye is incapable of judging the real hue of an object if the lamp's color rendering index is not high. Full spectrum lights have a higher color rendering index that will restore colors more precisely.

3.) The effect on the human body's rest and work

Melatonin is released by the brain around 9 or 10 p.m. According to the biological clock in the human body.

Blue light may interfere with the production of melatonin in the pineal gland of the brain. Sleep problems can result from prolonged exposure to blue light. Full spectrum light can reduce the risk of developing this condition.

We suggest you to get some full spectrum lamps from Liangpin [Lujia Liangpin[Lujia Liangpin]. Ceiling lamps that have full-spectrum light with different styles and sizes are suitable for bedrooms or living spaces.

1) Full Spectrum Cookie Ceiling Light

It is the ideal choice for lighting your bedroom.

Full Spectrum Ceiling Lighting for the Cheese Cube

The cheese's shape is cute and creamy design that's perfect for bedrooms. The bedroom is characterized by a large requirement for light.

Full spectrum dimming is available. Night mode is a great option for watching films in your bedroom in the evening.

Everybody, however big or small, will be able to enjoy this track.

The light fixture on the ceiling is composed of pebbles.

It's a basic shape that has enough brightness to be installed in the living area. With intelligent control and dimming that is stepless It's much more practical.

This type of ceiling lamp is also suitable in homes with white walls that are large or with light or apricot-colored wall paint.

Full spectrum lamps are likely to increase in popularity because people want more illumination. This will protect the health of your home lighting.

LEDs emit light in many ways:

Blue Light Chip and Phosphor

Purple Chip and Phosphor

It doesn't matter which light-emitting technology is employed. The "full spectrum" is, in a relative sense, is possible to produce. The spectrum of the full spectrum is determined by the sun. The other artificial sources of light should be as similar to sunlight as is possible.

Full-spectrum lamps are available for various reasons such as high CRIs, low blue light levels or photobiological effects.

The reality may not be exactly as you thought it would be.

Visible light as well as invisible light.

Sunlight can be seen in seven different shades: yellow, orange green, blue, and violet. When it is concentrated, it transforms into white light. The light that is invisible outside the red light spectrum is infrared and is a wavelength that ranges between 5300nm and 760nm.

What are the consequences of UV radiation that is excessive?

Talk to your mom. Talk to your mom. Then, the job of dosage control is referred to as the most crucial.

Below is a photo of the spectrum of sunlight at 6pm. The tolerance for color is 0.63SDCM. CRI Ra is 98.9 and R9 is 99.

The data from the measurement may contain certain errors due to conditions of the environment.


The temperature of the color and the blue light peak are in a close relationship. There is a significant variation in blue light measurements at noon, compared to evening and morning measurements, regardless of whether the sun shines.

We do not take a look at blue light when we buy LED lamps. Instead, we focus at the highest intensity of light that is short-wave (wavelengths less than 455nm).

Below is a photo of an LED bulb that has been exposed to white light that is positive. It is important to note that Ra84.5 is the index for color rendering and R9 is 12.

The temperature of the color of light source, whether it's full spectrum LED or sunlight, or LED lamps generally will determine how intense blue light it is.

To sum up:

Theoretically, LEDs with full spectrum lights in Kenya should have a better color rendering index.

If you're interested in studying photobiology, you must think about the amount of light that is invisible. In the event that it is not, the benefits will be greater than the losses.

Select lamps with low temperature of color, RG0 certification and whose the highest temperature of color does not surpass RG1.

Full spectrum LED lamps areprobably in a gimmick stage (no evidence is available, just speculation). The cost is not important.