Abbott full-spectrum plant supplementary lighting: Rose, Orchid, turtle-back bamboo, heat-planted plant LED plant growth lamp-Yiwu Market-Chinagoods

Abbott full-spectrum plant supplementary lighting: Rose, Orchid, turtle-back bamboo, heat-planted plant LED plant growth lamp pic 1

Abbott full-spectrum plant supplementary lighting: Rose, Orchid, turtle-back bamboo, heat-planted plant LED plant growth lamp pic 2

Abbott full-spectrum plant supplementary lighting: Rose, Orchid, turtle-back bamboo, heat-planted plant LED plant growth lamp pic 3

Measured spectrum diagram of YK green plant lamp

Abbott full-spectrum plant supplementary lighting: Rose, Orchid, turtle-back bamboo, heat-planted plant LED plant growth lamp pic 4

The effects of each band on plants:

Red light (with a wavelength of 660nm) is the main force in photosynthesis and can enhance the photosynthetic efficiency of plants under certain blue light conditions. Red light mainly helps plants produce carbohydrates, making them grow taller and their leaves larger. Red light controls the photoperiod and the rhythm of flowering, making the flowering period longer and more brilliant.

The shading effect of plants under infrared light at 730-740nm: Infrared light (wavelength >700nm) is also a sensitive spectrum for the phototropism of plants. Under the irradiation of infrared light, plants feel that there are objects blocking the light at a high place, which inhibits their own growth and will strive to grow higher, promoting rapid plant growth.

Purple light effect 395nm: Suitable for succulent cultivation. Purple light can stimulate anthocyanins in plants, promoting the coloring of fruits, petals or leaves and enhancing their quality. Violet light inhibits the growth of the main trunk and the surface of plants (inhibits excessive growth).

Blue light 450-460nm

Blue light plays a significant role in the early growth stage of plants, helping them establish well-developed root systems.

2. Blue light inhibits the growth of the main trunk and the surface of plants but increases the thickness of the main trunk.

3. Chlorophyll a/b has a strong absorption rate in the blue light region and mainly helps plants synthesize proteins and amino acids.

4. In a low-light environment, blue light has a weaker effect on the photosynthesis of plants than red light. Appropriate blue light can make plants grow more evenly and healthily, and improve the quality of plant output.

Green light 515-525nm

Green light has a certain effect of promoting photosynthesis in plants. Green light can penetrate the leaf canopy and enhance the overall photosynthesis. Green light can reduce visual "light pollution".

Illuminance comparison table