High Performance 520w Led Grow Light Full Spectrum With Ir For Tent Growers

Product Description

High Performance 520W LED Grow Light Full Spectrum With IR For Tent Growers​

Feature of Grow Lights

In essence, the revolutionary advantages of LEDs in comparison to the conventional HPS lights are:

Economic electricity consumption–LED grow lights utilize up 50% of the energy that HPS systems use and some experts anticipate even a higher LEDs efficiency in the near future

Longer lifespan / lamp durability – LEDs have a longer life span in comparison to the HPS lights; for the comparison’s sake, the HPS lamps can last for 1 year while the LEDs might last even up to 8 years (which translates into 50 000 hours of use)

Product Advantages of Indoor led grow lights

Recent technological advancements within the LED lighting industry have begun to produce real world results for the horticultural and agricultural industries, allowing for greater production with lower power consumption, cooler operating temperatures and higher nutritional yields.

1. Easy to install.

2. High efficiency up to 2.9μmol/Joule.

3. Full spectrum for plants growing.

4. All Aluminum Alloy Body

5. IR added for better growing of plants.

Tech Specs

Applications of indoor grow lights

Wide Uses - this plant grow light can be used for both hydroponics and indoor plants in soil,mainly used for small plants,mirco-greens, and perfect for you to add as a supplemental side panel during bloom.

Q&A

How and when should I use LED Bar Lights?

Because of the low profile design and IP65 rating, FULTON LED Bar Lights can be used in a number of ways, including vertical setups and in between rows of plants for lighting areas of your grow that before had gone unlit.

The FULTON LED Bar Lights are split into two main spectral categories, Vegetative and Flowering. There are then two sub-categories within each of the Vegetative and Flowering lights. These are the Macro Spectrum and Micro Spectrum.

The ‘Macro’ Spectrum offers the primary spectrum needed for Vegetative or Flowering growth. The Macro Spectrum is comprised of the major blue and red bandwidths that are readily absorbed by plants and are the major building blocks for photosynthesis.

The ‘Micro’ Spectrum offers the more secondary spectrum needed for Vegetative or Flowering growth. The Micro spectrum is comprised of the bandwidths that are absorbed by the plants in lesser amounts like the oranges, greens, yellows, IR, and UV.