Difference from other companies' lights
The light required is complicated by the variety and the environment in which plants grow.
BARREL's PLANT LIGHT asks experts in various fields such as agriculture, aquariums and ornamental plants to test, and is designed based on many growing data and reviews, and provides an LED lineup that can respond to all photosynthetic plants. We have it.
Many plant professionals and plant shops have been patronizing and satisfied.
Amazing clear light
In general indoor lighting applications, many objects have an average color rendering index of less than 90, In situations where strict color appearance is required, such as in color inspections, museum and museum lighting, color reproducibility close to Ra90 or higher and close to natural light is required. Most of BARREL's products are high color rendering LEDs with an average color rendering index (Ra90) or higher, and you can enjoy beautifully illuminated plants. (Some products are less than Ra90.)
In order to enhance (* color rendering [Ra]), energy is allocated to the wavelength of light, which is the wavelength range where human eyes have poor visibility * (colors that tend to be perceived as dark by human eyes). As a result, the emission intensity as white light is reduced. In other words, generally, the higher the color rendering property (Ra), the lower the luminous efficiency tends to be. BARREL's high color rendering LED has a very high color rendering property (Ra) value, while the object looks beautiful, the original light emitting technology has high light emission intensity, illuminates the plant with excellent luminous efficiency, and helps plant growth I can. Indeed, it is not exaggerated to read the sun indoors.
(What is color rendering) It is an index showing how much the natural light color is reproduced based on the natural light standard. It is common to express using the average color rendering index (Ra). By saying that Ra100 reproduces the same color as natural light, it can be said that the closer to Ra100, the closer to the color of natural light, the clearer the appearance of the object being illuminated by sunlight.