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E-mail: sales@ecosunlite.com
Add: Liaobu Town, Dongguan,Guangdong, China 518109
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Comparation

When we Choose  LED Grow lights or LED Aquarium lights or LED lights products ,

1:Heat cooling systems( Heat Sink) is very Key and important for LED lights .

Good Heat cooling systems can make sure the LED lights with lower  body temperature                                  and longer lifespan.
LED Chip Board comparation: 
From all the LED light outside looking , they are same , but inside ,they are different . 


We use the best Heat cooling systems for our LED Light Products in the market .


Such as this Grow LED Panel Below : we only use 2 Cooling fans for its heat Radiation Problem                          and LED Chip Board Temperature is lower than the old series  Panel Grow LED when working .
Our New Panel Grow LED light 2 Cooling Fan is enough , the Old Panel Grow LED needs                                3 cooling fan and its led chip board Temperature when working is high. 



For Mini UFO  Grow LED light , with our best heat cooling system , we use 49PCS 3W LED Chips
with only one cooling Fan , the old series UFO  Grow LED need Three Cooling fans for its heat cooling problem .
And our LED chip Board temperature is lower than the old series UFO Grow LED when Working .


 

For Traditional 90W UFO Grow LED , they use 3 fans for cooling heat .

For Our Super UFO LED, our 180W one only need 2 fans and
enough for heat cooling.


High Par is better for plants growing and Coral reefs growing 。

We have the old series of UFO and Panels LED light
but our New Super UFO with higher Par data .


Our Super UFO Grow LED light with Higher Par for plants growing and Coral reef plants growing .
 


For Power Cord , we USE the best quality Power cord , we cut the power cord                                       compare with others ,       please see the picture we take for that .







 

Light is a source of energy and information for plants.

 

It’s needed as energy in photosynthesis and it provides plants critical information about its environment, 
which the plant needs in order to germinate, grow to a certain size or shape, induce protective substances, flower 

 

and when to change from vegatative growth. Plants react to quality, intensity, duration and the direction of light.

 

 

In addition to the light visible to humans (400 nm – 700 nm) plants “see” or use other radiation too. 

 

 

The 400 nm–700 nm wavelength range is called “Photosynthetically Active Radiation” or PAR. 

 

Much of the light that plants need is in this range, but for optimal growth result, UV light (280 - 400 nm) 
and/or far-red light (700-800 nm) might be important.

 

For example far-red is critical for the flowering of many plants.
 All light is not equal to plants, ie. some areas are more important than others.
Known photoreceptors are most efficient in the blue and red area of the spectrum. 

Green plants reflect a significant part of light in the green area of the light spectrum,
while absorbing a higher percentage of blue and red light. The graph below shows the light spectrum of the sun on a cloudless day.
Much research has been conducted regarding the optimal light spectrum of plants. 
A good description of this is the Relative Quantum Efficiency curve for plants. It considers the photosynthetic rate of the plant (by measuring CO 2 uptake), the energy of light at different wavelengths 
and the plants absorption of light ie.what stays in the leaf and is not reflected away or transmitted through it.

However, producing a plant which is sellable is not only about photosynthesis.Also other aspects like shape, flowering,
color of leaves, color of flowers, taste, smell, root development, etc. are important to have a high quality plant.
 

 



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