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| LED Young Plant Grow Lamp |
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| Model No.︰ | KSA |
| Brand Name︰ | KSA |
| Country of Origin︰ | China |
| Unit Price︰ | - |
| Minimum Order︰ | 200 pc |
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A. Brief Introduction on LED Young Plant Grow Lamp
LED Photo-biological Related Researching on Young Plant Production
Abstract: The LEDSet allows the light intensity, light quality, duty ratio and frequency to be controlled, and also allows LED designated wavelength, Red, Blue and Infared. In each LEDSet, there is a proportion of ф5mm Red, Blue, or Infared. And the LEDSet can provide light source depends on the installation and 120umol/m2*s light intensity at a distance (like 10cm) when given 20mA forward working current to each light-emitting diode of LEDSet. Its applications demonstrate the plantlets growth of lettuce, pepper, cucumber, wheat, spinach, cymbidium, strawberry, potato and phalaenopsis etc.
Designated wavelength LED can affect plant photo-morphogenesis in an adequate light intensity.
1、Designated wavelength LED light can improve and control seed germination and plant growth.
2、Designated wavelength LED light can avoid the aetiolation of plantlets and plant.
3、Designated wavelength LED light can affect plant to be a phototropism movement.
B. Different Wavelength LEDs Affects Photomorphogenesis by Chlorophyll Synthesis Condition
Different wavelength LEDs affects photomorphogenesis by ChlorophyII
Synthesis condition. These light sources can efficiently affect plant ge-
rmination, plantnet growth, chlorophyii synthesis. Red and Infared LED
are disphotic zone, and Blue LED is strong photic zone. Both disphotic and strong-photic can affect chlorophyii synthesis. Disphotic can restrain
chlorophyii synthesis, and strong-photic can promote chlorophyii synthesis
Different wavelength LEDs affects photomorphogenesis by ChlorophyII
Synthesis condition. These light sources can efficiently affect plant ge-
rmination, plantnet growth, chlorophyii synthesis. Red and Infared LED
are disphotic zone, and Blue LED is strong photic zone. Both disphotic and strong-photic can affect chlorophyii synthesis. Disphotic can restrain
chlorophyii synthesis, and strong-photic can promote chlorophyii synthesis.
C. Brief Introduction and Specification on our LED Young Plant Grow Tube
a、GTK-P806L
600mm, 9W, 250lm~300lm, Red and Blue LED
b、GTK-P812L
1200mm, 18W, 500lm~600lm, Red and Blue LED
c、GTK-P815L
1500mm , 18W, 620lm~670lm, Red and Blue LED
1、LED color wavelength is the purest, well controlled.
2、Super-long life span(50,000 hours), low maintenance.
3、Energy-Saving efficiency 60% above.
4、Environment Protection for agriculture.
5、Aluminum base can efficiently cool LEDs.
6、Wide voltage design (85V~265V), over-current, over-voltage protection.
7、If necessary, we can pass IP44 for water dripping.
D. Relative Spectral Distributions of Super-bright Red and Blue LEDs Used on Our Products
E. The Case Analysis on our LED Young Plant Grow Tube
Seedling Bed: 1250mm Length, 120mm each platform height
LED tube: GTK-P812L, 1200mm, 18W, 550lm
Red and Blue LEDs
Tube Quantity: 24 pieces
Light Intensity: 120 umol/m2*s above on the surface of the
young plant. Up to 150% more growth than sunlight.
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