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12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar

Minimum Order Quantity : 4 Price : 66USD/pcs (FOB price)
Packaging Details : 117X44X10 cm cm, paper box with pearl cotton to protect the light well Delivery Time : 5-8 working days
Payment Terms : T/T Supply Ability : 10000 pcs per month
Place of Origin: China Brand Name: GBEING
Certification: CE&RoHS Model Number: UVBar120

Detail Information

Color Ratio:: 385nm/395nm/405nm= 12:12:12 Measurement: 1100*49*65mm
G.W: 2.25KG Warranty: 1 Year
Foot Print:: 6'' * 48'' Lamp Body Material:: Aluminum
Actual Power: 80W IP Rating: IP65
Application:: Blooming Usage: Indoor Cultivation
High Light:

80W UV LED Grow Bar

,

395nm UV LED Grow Bar

,

UVBar120 Led Cree Light Bar

Product Description

Product Description

UVBar120 80W UV LED grow light bar

 

 

GBEING UV LED grow light bar series Related Product
 
UVBar90 LED grow light bar & UVBar60 LED grow light bar
Model UVBar90 Model UVBar60
Power 48W Power 36W
Radiometric 26668.8 mW Radiometric 20001.6 mW
Spectrum 385nm/395nm/405nm= 8:8:8 Spectrum 385nm/395nm/405nm= 6:6:6
Size 850*49*65mm Size 550*49*65mm
Package 92*35*10cm(3pcs/Carton) Package 62*26*10cm(2pcs/carton)
G.W 6.4 Kg(3pcs/Carton) G.W 3.4 Kg(2pcs/Carton)
Application BLOOM Application BLOOM

 

Why You Should Include UV-A In LED Grow Lights?

 

1.Almost all supplemental UV-A irradiation treatments resulted in increased leaf area and fresh weight.

2.Increased photosynthesis by 12%

3.Increased leaf size and dry weight of plant.

4..Almost all supplemental UV-A irradiation treatments resulted in…a trend to increase DPPH free-radical scavenging activity, total phenols, anthocyanins, and α-tocopherol

5.increased leaf area, total phenols, and terpenoid productivity when applied to peppermint plants.

6.Exposure to UV can increase the thickness of the leaf “skin” or epidermis, thus increasing its resistance to fungal infections.

 
 
12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar 0
12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar 1

 

 
 

 

Other Related Product

12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar 2

Product Presentation

UV120 80W UV LED grow light bar

 

How UVA Work?

 

UV Tells Your Plants to Change Growth Pattern, Chemistry, and Transpiration

 

Light isn’t just energy for plants; it’s also information. Plants have evolved quite incredible ways of “seeing” what is around them so they can adjust their growth to optimize energy capture. The number one thing that plants need to “see” is other plants. If another plant is above or to the side of them, they can adjust the number, size, and distribution of leaves; the chemistry of its leaves; and where new growth should occur. All this allows it to capture the greatest amount of light despite this competitor.

 

We are talking about more than just determining what direction has the brightest light; it’s also about determining what wavelengths of light are present and where. When light passes through or off of a plant, UV, blue, and red light are heavily filtered and green and infrared are left behind. Therefore, a plant knows they are in direct or bright sunlight when there is high levels of UV, blue, and red. The reverse is also true – if there is low levels of UV/blue/red and high levels of green and infrared then the plant will think it is being shaded. The most common reaction to a plant thinking it is being shaded is to extend its stems significantly and stretch out. If this reaction takes place and the plant isn’t being blocked (like in a grow room with high green and infrared) this wastes energy and reduces yield.

 

UV-A along with blue triggers a number of photoreceptors (molecules that detect light and send signals to the plant). Those currently identified include crytochrome, phototropin, ZTL/FKF1/LKP2, and to a lesser extent phytochrome. These photoreceptors trigger a number of changes, including increasing chlorophyll production, creating larger leaves that capture more light, and opening the stomata on leaves letting in more carbon dioxide.

 

12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar 3

Company Introduction
Gbeing Smart Ag Co., Ltd

* Gbeing's R&D personnel account for more than 63%
* More than 2,000 customers served
* Up to 45 kinds of plants were testedgrowing successfully
* To be TOP 10 in supplying LED grow lights for commercial cultivation industry for 2 years

12% photosynthesis UVBar120 395nm 80W UV LED Grow Bar 4

FAQ

1. What are your terms of payment? We can accept Paypal for sample and T/T for bulk order.30% T/T in advance, 70% balance before shipment.

 

2.What about the lead time? Sample needs 3-5 days, mass production time needs 2-3 weeks

 

3.How do you ship the goods and how long does it take to arrive? We usually ship by DHL, UPS, FedEx or TNT. It usually

takes 3-5 days to arrive. Airline and sea shipping also optional.

 

4.Do you offer guarantee for the products? Yes, we offer 3 years warranty.

 
5. What if LED grow lights break down? Please contact our saels representatives,the issue will be processed within 24 hours.

 

6. What is PPF? A: PPF is photosynthetic photon flux. PPF measures the total amount of light that ranges from 400nm-700nm in per second. The unit for PPF is micromoles per second (μmol/s).

 

7. What is PPFD? A: PPFD is photosynthetic photon flux density. PPFD measures the amount of light that ranges from 400nm-700nm arrives at the plant canopy per second. The unit for PPFD is micromoles per square meter per second (μmol/m2/s).

 
8.What is PPF/W and why PPF/W becomes µmol/J? PPF/W is the measurement of photon efficacy. Photon efficacy measures how much energy is used by the fixture to make the light that ranges from 400nm-700nm. It tells how efficient a grow light at converting electrical energy into photons that useful for plants. The unit for PPF is μmol/s, and the unit to measure watts is Joule per second (J/s), therefore, the seconds in the numerator and denominator cancel out, and the unit becomes µmol/J.

 

Contact us
 
Email:allengbeingsmartag@gmail.com
 
Web: www.gbeingsmartag.com

Address: Guoyue Science & Tech Park, No.1 LiRong Road, Dalang, LongHua District, Shenzhen, China

 

 

 

 

 

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