Plant Lighting

1. This cold light source creates the optimal plant development spectrum using custom-mixed red and blue light-emitting LEDs. It promotes photosynthesis and improves etiolation, yellowing leaves, and

1. Uses 450nm blue + 630nm red, 4000K white + 660nm red, 660nm red + 730nm infrared, and pure 730nm infrared to meet different growth stages: blue inhibits leggy growth and promotes stem/leaf

1. Covers seed germination, seedling development, blossoming, and fruiting with a precisely designed array of red, blue, and warm white LEDs. Red light encourages blooming and fruit setting, blue

1. Mimics sunlight's entire spectrum distribution, which includes the red, blue, and visible light wavelengths necessary for photosynthesis. It is appropriate for a variety of plants, including

1. Simulating the whole spectrum of sunshine with 3000K warm white light, 5000K cool white light, and 660nm red light addresses plant light demands from seedling nurturing and germination to growth,

1. Equipped with carefully selected, plant-specific SMD LED chips, the device features a spectral composition—specifically a precise red-to-blue ratio—tailored to the chlorophyll a and b absorption

1. The product has single-row, double-row, and V-shaped double-row LEDs with 9W to 48W power. There are 600mm, 1200mm, and 1500mm lengths. Single-row variants are good for supplementary lighting in

1. The light board has Samsung LM301H white and Osram OSLON SSL120 red LEDs, with 395nm UV LEDs optional. It has chips emitting white, red, far-red, and ultraviolet light.. 2. The device uses

1. Provides a range of pipe diameters (T6, T8, T10, and T12) and offers translucent or milky white PC covers as an optional extra. Adapts to different planting situations and light needs by

1. This plant light offers three lamp body structures: single-row, double-row, and V-shaped. The single-row model is simple and lightweight, suitable for small planting racks; the double-row model

1. Offers four core spectral configurations—Red/Blue, White/Red, Red/Infrared, and Pure Infrared—with precise wavelength coverage spanning 450–730 nm. These options are specifically tailored to meet

1. Features a hybrid spectrum incorporating 660nm red light, 3000K warm white light, and 5000K cool white light, precisely simulating natural sunlight. This spectrum covers the entire plant growth