Advantages of Full Spectrum Circle Pendant LED Light

With the continuous innovation and development of lighting technology and people's urgent demand for healthy lighting, the parameter design of lighting products is not only brightness, color temperature and service life, but more refined new lighting parameter indicators have been added to the standards of healthy lighting products. .

 

Full spectrum LED has no blue light hazard RG0, color rendering index Ra90 or above, no video flicker and stroboscopic depth less than or equal to 0.5%, anti-glare UGR≤19, and all the above are met to be truly full spectrum.

 

Advantages

High CRI

Color rendering index (Ra) is a measure of the consistency between the color of an object illuminated by a light source and the color of the object itself. The larger the Ra value, the better the color rendering of the light source. The International Commission on Illumination (CIE) sets the color rendering index (Ra) of sunlight as 100, and the color rendering index of other light sources is lower than 100. Full spectrum circle pendant led light Color rendering index Ra90 or above

 

No flicker

The exact name of "no flicker" is "imperceptible flicker". In an absolute sense, no flicker actually exists. The Chinese industry standard's flicker requirement for qualified products is higher than 3125Hz. "Depth of fluctuation" is the standard value for measuring the "stroboscopic" of a lamp. The flicker of LED is largely not a problem of the LED chip itself, but comes from the driving and dimming components.

 

Anti blue light

High-energy short-wave blue light with a wavelength between 400 and 450 nanometers is the most harmful to the retina, mainly manifesting in eye pathological hazards and human rhythm hazards that lead to myopia, cataracts, and macular degeneration. Under normal circumstances, it is recommended to use LED lighting products with blue light hazard classification below RG1 indoors, and the color temperature should not exceed 4000K. The domestic LED photobiological safety testing standard GB7000.1-2015 4.24.2 retinal blue light hazard requirements was officially implemented on January 1, 2017, becoming a mandatory standard for LED light sources.

 

Illumination uniformity

Specifies the ratio of minimum illuminance to average illuminance on a surface. The indicators of uniformity are mainly two ratios: minimum value to average value and minimum value to maximum value. The larger the ratio, the higher the uniformity. The higher the uniformity of a space, the smaller the difference between light and dark in the space, and the more even the overall brightness will be.