- -20%
Grow The Jungle The Jackson 150W V1 LED Grow Dimmable Lamp - adjustable
SSL encrypted website, Dutch dedicated server
There is no sender information on the package
14 days to return without stating a reason
QUICK ACCESS - CHECK THE MAP -
Na podstawie: 96 ocen
LED grow lamp Jackson Grow The Jungle V1 150W Dimmable with brightness adjustment
This full spectrum LED lamp is ideal for indoor plant cultivation and was created with passion in Spain, suitable for both growth and bloom phases.
The aluminum radiator effectively dissipates heat, making it an excellent solution for hiding in closets or small tents, providing growers plenty of room for experimentation.
Jackson LED lamps are available in two power options: 150W and 250W, allowing you to choose according to your needs.
Jackson generates minimal heat and consumes little electricity, enabling continuous plant cultivation with a favorable balance of quality to price.
Jackson is a full spectrum LED lamp designed specifically for indoor plant cultivation. It uses Samsung LED diodes with a lifespan of up to 50,000 hours, resulting in high efficiency and low energy consumption.
With full spectrum and high efficiency, Jackson can replace 400W HPS lamps, improving the end result with significantly lower electricity consumption. It is an excellent LED lamp for indoor plant cultivation, providing plants with the necessary light for healthy growth and abundant flowering, contributing to terpene production as well.
This LED lamp is exceptionally efficient and provides plants with a large amount of light. It is recommended to keep Jackson at the appropriate distance from plants to provide optimal growth conditions without the risk of damage.
Young plants and cloned plants grow better with lower light intensity, so it is recommended to keep Jackson at least 40 cm away from the plant stem for the first two weeks of the growth phase. Then, the light source can be brought closer to 30 cm.
For mother plants, it is recommended to place the light 40 cm above the plant to provide uniform illumination.