Please find in what radius, a wide selection of light bulbs 400 W in the form of HPS (spectrum ideal for flowering) or MH (spectrum growth). Has discount prices.
Available in famous brands such as Sylvania, Philips, SuperPlant, Osram, Gavita, Lumatek...
Power Star Osram, Bulb 400W MH
Bulb High Pressure Sodium 400W.
BULB LUMATEK MH 400W at the best price in indoor growing , check out all the technical information of your MH bulb 400w , for your electronic ballast 400w lumatek or other ballast, electronic types superlumens , gavita , dimlux , maxibright, etc....
HPS: High Pressure Sodium (flowering) Their spectrum is suitable for flowering and fruit ripening with an unbeatable light output. HPS lamps contain a sodium filled tube, mercury and xenon, which, when traversed by a powerful electric arc liberates a hot and intense light.
The bulb Osram Nav-T 4y 400 W offer a spectrum of light 22% more intense than a HPS bulb standard.
HPS bulb 400w sylvania SHP TS , a spectrum supported in red for flowering of the plants indoors under sodium lamp type sylvania for example, a competitor of bulbs philips T Pia Plus or Superplant Super Red light bulbs dedicated to the blooming of your crops.
MASTER PIA Plus 400W E E40 1SL/12, the Lamp in high pressure sodium technology PIA. (Built-in antenna Philips) to streams improved. The lamp MASTERSON-T PIA Plus offers unmatched reliability, excellent maintenance of flows in time, and a great economic life.
It is ideal for the growth (30% blue) and bloom thanks to its spectrum broadened and powerful,in spaces of medium size (up to 1 m2).
The SUPER HPS 400W SUPERPLANT is a light bulb High Pressure Sodium.
HYBRID HPS/MH 400W.
Bulb Metal Halide Super Blue 14000°K 400W by Superplant ideal for the growth of your plants. Superplant creator of light for your plants.
The SUPER HPS 400W (Super RED) SUPERPLANT is a light bulb High Pressure Sodium.
It is ideal for the growth (40% blue) and bloom thanks to its spectrum broadened and powerful, in spaces of medium size (up to 1m2).
Specially adapted to the absorption spectrum of photosynthesis (great value P. A. R.)