Products tagged with 'Bulbs & Lamps'

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Q100903.jpg

HORTILUX PowerVEG 2' (60 cm) FS+UV HO T5 (24 W)

Q100903
  • Helps you get the best yields from your plants.
  • PowerVEG FS+UV base provides a well-balanced spectrum that closely mimics natural sunlight.
  • Mix different PowerVEG colors to create your own customized light spectrum.
Q100904.jpg

Hortilux PowerVEG 420 4' (1.2 m) HO T5 (54 W)

Q100904
  • A true VEG light for indoor growers.
  • PowerVEG 420 provides a spectrum crucial for plant growth during the vegetation cycle.
  • Focuses all spectral energy at 420 nanometers.
Q100905.jpg

HORTILUX PowerVEG 420 2' (60 cm) HO T5 (24 W)

Q100905
  • A true VEG light for indoor growers.
  • PowerVEG 420 provides a spectrum crucial for plant growth during the vegetation cycle.
  • Focuses all spectral energy at 420 nanometers.
Q100906.jpg

Hortilux PowerVEG 460 4' (1.2 m) HO T5 (54 W)

Q100906
  • Bridges the gap between vegetative and flowering stages.
  • Ensures plants' responses are at their fullest at all times.
  • Leads to stronger root growth.
  • Produces compact plants with extremely short internodal spacing.
Q101000.jpg

LightEnerG Ceramic MH Bulb (315 W / 930)

Q101000
  • Optimized for the flowering stage of growth.
  • Approved for use with all ballasts.
  • Suits the needs of both professional and hobbyist gardeners.
  • Better PAR efficiency than MH or HPS lamps.
  • Superior lamp to color consistency.
  • Higher red spectral ratio enhancing flowering and growth.
  • Creates a spectrum close to that of the sun.
  • High color rendering index (CRI): 90 out of 100.
  • Lower heat output watt-per-watt.
  • 3,100 K.
  • 575 µmol.
Q101001.jpg

LightEnerG Ceramic MH Bulb (315 W / 942)

Q101001
  • Full spectrum ceramic metal halide lamp.
  • Emits a blue light spectrum, making it ideal during the vegetative stage of growth.
  • Better PAR efficiency than MH or HPS lamps.
  • Added red spectrum for flowering efficiency.
  • Creates a spectrum close to that of the sun.
  • High color rendering index (CRI): 95 out of 100.
  • Lower heat output watt per watt.
  • 4,000 K.
  • 540 µmol.