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LED Plant grow light is a special kind of lamp, its according to the law of plant growth must need the principle of sunlight, use light instead of sunlight to provide a good growth environment for plants.
Product parameters:
Voltage: 85-265V
Power: 9W, 14W, 18W, 28W, 36W
Length: 0.6m, 0.9m, 1.2m.
Luminous angle: 270 degrees
PPE: 2.2 umol/J (DLC standard: > 1.9 umol/J)
Application: LED plant grow lights are commonly used in various indoor gardening setups, including hydroponics, avionics and vertical farming systems. They can be used for growing a wide range of plants, from herbs and vegetables to flowers and ornamental plants.
Effects of different spectra/light qualities on plants;
1. Violet light of 390-405 nm can inhibit overgrowth, promote the coloring of petals and leaves, and improve the quality of plants.
2. Blue light with the wavelength of 450-460 nm can thicken the main stems and leaves, help to synthesize protein and amino acids, and improve the quality of plant output.
3. The green yellow light is 515-580 nm, which can promote the growth of roots and early germination and allow plants to accumulate nutrients.
4. Red light is 655-665 nm, which is the main force of photosynthesis, promoting the overall growth of plants, promoting flowering and fruiting, increasing yield and reducing the incidence of abnormal fruits.
5. Infrared light of 730-740 nm can inhibit the flowering of plants, control the flowering cycle, make plants produce shading effect and promote the rapid growth of plants.
Features:
1. The wavelength types are abundant, which is consistent with the spectral range of plant light synthesis and light morphology;
2. Pure monochromatic light and composite spectra can be obtained by combining as needed;
3. It can concentrate specific wavelengths of light to evenly irradiate crops;
4. It can not only regulate crop flowering and fruiting, but also control plant height and nutrient composition of plants;
5. The system has less heat generation and occupies less space, which can be used for multi-layer cultivation three-dimensional combination systems, achieving low heat load and miniaturization of production space.
LED Plant grow light is a special kind of lamp, its according to the law of plant growth must need the principle of sunlight, use light instead of sunlight to provide a good growth environment for plants.
Product parameters:
Voltage: 85-265V
Power: 9W, 14W, 18W, 28W, 36W
Length: 0.6m, 0.9m, 1.2m.
Luminous angle: 270 degrees
PPE: 2.2 umol/J (DLC standard: > 1.9 umol/J)
Application: LED plant grow lights are commonly used in various indoor gardening setups, including hydroponics, avionics and vertical farming systems. They can be used for growing a wide range of plants, from herbs and vegetables to flowers and ornamental plants.
Effects of different spectra/light qualities on plants;
1. Violet light of 390-405 nm can inhibit overgrowth, promote the coloring of petals and leaves, and improve the quality of plants.
2. Blue light with the wavelength of 450-460 nm can thicken the main stems and leaves, help to synthesize protein and amino acids, and improve the quality of plant output.
3. The green yellow light is 515-580 nm, which can promote the growth of roots and early germination and allow plants to accumulate nutrients.
4. Red light is 655-665 nm, which is the main force of photosynthesis, promoting the overall growth of plants, promoting flowering and fruiting, increasing yield and reducing the incidence of abnormal fruits.
5. Infrared light of 730-740 nm can inhibit the flowering of plants, control the flowering cycle, make plants produce shading effect and promote the rapid growth of plants.
Features:
1. The wavelength types are abundant, which is consistent with the spectral range of plant light synthesis and light morphology;
2. Pure monochromatic light and composite spectra can be obtained by combining as needed;
3. It can concentrate specific wavelengths of light to evenly irradiate crops;
4. It can not only regulate crop flowering and fruiting, but also control plant height and nutrient composition of plants;
5. The system has less heat generation and occupies less space, which can be used for multi-layer cultivation three-dimensional combination systems, achieving low heat load and miniaturization of production space.
