led grow light full spectrum 4x4

"Two Safety" of Plant Lighting

When lighting plants, we need to pay attention to "two safety":

One is people-oriented, and the safety of the user-the grower.

For example, are the intensity and exposure time of ultraviolet or blue light suitable for humans to work in this environment for a long time? Will working in such an environment for a long time harm the health of the staff? This point must be paid attention to. While illuminating the plants, pay attention to the visual comfort of the staff inside for a long time, and avoid the appearance of the staff who work inside for twenty minutes and leave. Everything you see in front of them is green and still appears. Various conditions such as dizziness and nausea.

The second is the safety of plants-the stability of yield and the stability of nutrient content. Different light has different effects on plants.

Different wavelengths of light have different effects on the growth of plants. By using light reasonably, we can completely control the flowering and fruiting of plants in advance or prolong the flowering and fruiting periods of plants.

Wei Zhaoye cannabis crop customized full spectrum

Wei Zhaoye Full Spectrum

What spectral components are contained in led plant growth lights, what are the spectral components contained in led plant growth lights, the blue-violet light and cyan light in the visible light have a great effect on plant growth and the formation of young buds. This kind of light can inhibit the elongation of plants And it forms a short and thick form; at the same time, blue-violet light is also the most important light that governs cell differentiation; blue-violet light can also affect the phototropism of plants. Ultraviolet rays inhibit the formation of certain growth hormones in plants, thereby inhibiting the elongation of stems. Ultraviolet rays can also cause phototropic sensitivity and, like blue, purple and cyan light in visible light, promote cyanine The formation of vegetarian. Red light in visible light and infrared light in invisible light can promote the germination of seeds or spores and the elongation of stems. Red light can also promote the decomposition of carbon dioxide and the formation of chlorophyll.