© 2018 by Quick Grow Indoor Garden Centre 

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© Quick Grow Indoor Garden Centre

THE ULTIMATE FLOWERING LED

produces about:

1.4 - 1.8 grams per Watt

THE COMBO LED

produces about:

  0.8 - 1.2 grams per Watt

We’re excited to announce two fantastic new lighting systems: the Combo and Ultimate LED’s--your perfect solution to growing amazing plants! These lights are manufactured with super high quality LED strip lights, which have the following great features:

  • Plants grow very well, with super dense foliage; no lens is required to distribute the light accurately, thereby encouraging optimal healthy growth.

  • Allows even and uniform distribution of light, with no hot spots; QG LED’s can be kept as little as one inch away from the plant with no harmful effects.

  • Light is available the entire length of the unit, reducing the shadowing effect that causes problems with most pinpoint lights.

  • Uses up to 75% less power than equivalent HPS systems; these lights will pay for themselves within 18 months in power savings alone!

  • Along with the power savings also comes a reduction in heat produced; by running our LED’s at significantly less power, heat is kept to a minimum, considerably extending the life span of the light.

  • The quality of our LED’s is of the best on the market. The Ultimate LED produces one of the most natural lights in its class, appearing as actual sunlight to the naked eye

  • The lights daisy chain together, so you can easily add or remove lights as you need them.

  • Achieve higher yields of 2 grams per watt--or more!--using our state of the art Combo and Ultimate LED lights;

All of these great features equate to more weight at harvest due to the uniform and evenly dispersed lighting. Most growers today only get between 0.3 and 0.6 grams per watt using standard HPS bulbs. By switching to our Combo or Ultimate LED’s, it’s possible to produce between 1- 2 grams per watt, as mentioned above. Savvy growers know how important it is to have uniform lighting over your plants, and this shows in the increase in weight per watt of power at harvest.