1000W Double Ended HPS Grow Light BulbHigh PAR Enhanced Red and Orange Spectrums CCT 2000K Ultra Bright 155000 Lumens1000W High Pressure Sodium Grow Lamp1000 Watt DE HID Grow Bulb

1000W Double Ended HPS Grow Light BulbHigh PAR Enhanced Red and Orange Spectrums CCT 2000K Ultra Bright 155000 Lumens1000W High Pressure Sodium Grow Lamp1000 Watt DE HID Grow Bulb

$51.10
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1000W Double Ended HPS Grow Light BulbHigh PAR Enhanced Red and Orange Spectrums CCT 2000K Ultra Bright 155000 Lumens1000W High Pressure Sodium Grow Lamp1000 Watt DE HID Grow Bulb

1000W Double Ended HPS Grow Light BulbHigh PAR Enhanced Red and Orange Spectrums CCT 2000K Ultra Bright 155000 Lumens1000W High Pressure Sodium Grow Lamp1000 Watt DE HID Grow Bulb

$51.10

- Rich red and yellow spectra can promote the flowering of plants, so that you can get the greatest harvest - High PAR 2000umol/s can satisfy the photosynthesis of more plants, It reduces the number of bulbs and saves the cost - High efficiency 155lm/W and 155000lm output, more output with the same power consumption - High Lumen Maintenance 90% at 10000 hours, longer life saves the cost of changing bulbs - Standard K12*30S cap base can be used in any 1000W double ended HPS fixture

Product description

1000W Double ended HPS Grow Bulb CCT 2000K

HPS lamps are widely used in plant factories and glass greenhouses

iGrowtek is a professional company which focuses on plant growth technology, research, development and sale of grow light.

The manufacuring facility is over 200,000 square feet with over 500 skilled workers capable of supply over 800,000 bulbs and fixtures per month. We set up strict quality control system as ISO9001 standards . iGrowtek's products covered wide range: high pressure sodium lamp, metal halide lamp, ceramic metal halide lamp, HID fixtuers, LED fixtuers, from 20W to 1000W, color temperature from 2000 K to 10000K, from seed germination, vegetation, flowering and fruiting.

HPS bulbs have been widely used in plant grow lighting. Grow lights are used in applications where there is either no naturally occurring light, or where supplemental light is required. For example, in the winter months when the available hours of daylight may be insufficient for the desired plant growth, lights are used to extend the time the plants receive light.

It can be used through the vegetative and flowering stages, and the yellow spectral output makes them optimal for flowering.

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