Alexey Zakharovlamp came quickly, балашихи to about 5 days. i satisfied, such can buy for order of this. show as see yourself, if дополню feedback. advice
Nicolas Mariangel LanderoSuper lamp! shining brilliantly! a little noisy but its ok! 10 days after order us through it delivered, even on the expected fast shipping purchase!!
Mr. Svetoslav Petkovthank you very much! enough lamp powerful, packed very good, seller sent parcel delivered so all very fast dhl
Commercial Grower 12w Diy Led Grow Lights Grow Weed 3w 45mil Led For Indoor Greenhouse
|Place of Origin||MADE IN CHINA|
|Brand Name||Forest Grower|
|Certification||CE ROHS FCC UL|
|Minimum Order Quantity||1PC|
|Price||It depends on your quantity|
|Packaging Details||Neutral package|
|Delivery Time||5-15 Working days according to your quantity|
|Payment Terms||L/C, T/T, Western Union, MoneyGram|
|Supply Ability||10,000 PCS Per week|
|LED Power||12w||IS Dimmable||NO|
|IS Customized||Yes||LED Quantity||12leds 1/3w|
|Actual Power Draw||6.5w-10watts||Full Wavelength||Yes From 380-730nm|
led grow panel light,
led greenhouse lighting
12w DIY best led grow lights to grow weed 12w high quality 3w 45mil led for indoor greenhouse commercial grower
Product dimension: ø122*138mm
Product dimension: ø122*138mm
Base type: e27 e26
LED Quantity: 12leds 1w/3w high power
|Light type||LED Grow Light|
|LED Quantity||12leds 3w|
|led brand||EPISTAR / Bridgelux / CREE Or EPILEDS|
|Beam angle||60/45/30 degree|
|Voltage requirement||AC 85-265V|
|Led Source||High Powe 3W LED|
|Working Temperature||-20 to 40 °C|
|Operating Humidity||0%~80% relative humidity|
Available powers for your reference .
|Power||led quantity||LED Color spectrum||Input voltage||Size(Diameter *height)|
|5w/15w||5PCS 1W/3W||3Red +2 blue||AC85-265V||Φ90x100mm|
|7W/21W||7PCS 1W/3W||5Red+2 blue||Φ95x100mm|
|9W/27W||9PCS 1W/3W||7Red+2 blue||Φ122x122mm|
|12W/36W||12PCS 1W/3W||9Red+3 blue||Φ122x130mm|
|15W/45W||15PCS 1W/3W||12Red+3 blue||Φ122x138mm|
|18W/54W||18PCS 1W/3W||15Red+3 blue||Φ125x138mm|
Light absorption for Photosynthesis.
How does the specific wavelength work for your plants ?
|Blue LED||The most important blue wavelengths are from 430 to 450 nm. This part of the spectrum is also known as cool light. These wavelengths encourage vegetative growth through strong root growth and intense photosynthesis. Blue light is often used alone during the early phases of plant growth, such as starting seedlings, when flowering is not desired.|
|Red LED||The longer wavelengths of light are red in color. The most important wavelengths in the red spectrum are from 640 to 680 nm. These wavelengths encourage stem growth, flowering and fruit production, and chlorophyll production. The red wavelengths are known as warm light, and they are naturally more prevalent in sunlight during the shorter days of fall and winter.|
|Some of the green and yellow light that reaches the plant is reflected, giving the plant a green color. While most of the absorbed wavelengths are in the red and blue ranges, plants do use some green and yellow light in the photosynthesis process. A light source that provides light in the entire visible range will better meet the needs of the plant.|
Long of UV On plants growth stimulation,promoting protein,sugar,synthesis acids.
|IR LED||Far intrared thermal effects,the supply of crop growth and development of heat,ripe fruit.|
Base type for your reference
E26/E27 are available
- LED+ Optic lens
- Aluminum PCB
- Case is Aluminum
- inner power supply/driver
Product detail parts for your reference.
E27 Base+Aluminum case+optic lens+isolated power supply
Double lens design to achieve an more uniform light distribution to get higher yields than traditional lamps.
Some suggestions about the coverage area &hanging height & growing tips for your reference .
|Warranty||We offer 1-3 years warranty for defective items (excluding items damaged/misused after receipt).|
|Shipping||Orders will be shipped 3~5 working days after payment, depending on your order quantities. The tracking number wil be provided as soon as it's available.|
|Services||OEM/ODM, dropshipping services are available.|
|Payment||Western Union, Paypal, TT, Secure Payment.|
|Reply||Quick response within 24 hours.|
Q1. Can I have a sample order for led light?
A: Yes, we welcome sample order to test and check quality. Mixed samples are acceptable.
Q2. What about the lead time?
A:Sample needs 3-5 days, mass production time needs 1-2 weeks for order quantity more than 5K.
Q3. Do you have any MOQ limit for led light order?
A: Low MOQ, 1pc for sample checking is available.
Q4. How do you ship the goods and how long does it take to arrive?
A: We usually ship by DHL, UPS, FedEx or TNT. It usually takes 3-5 days to arrive. Airline and sea shipping also optional.
Q5. How to proceed an order for led light?
A: Firstly let us know your requirements or application.
Secondly We quote according to your requirements or our suggestions.
Thirdly customer confirms the samples and places deposit for formal order.
Fourthly We arrange the production.
Q6. Is it OK to print my logo on led light product?
A: Yes. Please inform us formally before our production and confirm the design firstly based on our sample.
Q7: Do you offer guarantee for the products?
A: Yes, we offer 3 years warranty to our products.
Light intensity is very important for your whole budget .
Sunlight provides far greater intensity than artificial lighting. Not all plants need the same light intensities, though. Some plants prefer the high intensity of full sun, while others prefer moderate sun or shade. In artificial lighting, the plant needs to be close to the light for highest light intensity.
The visible light spectrum emits light in red, orange, yellow, green, blue, indigo and violet colors. Colors on either end of the spectrum play the greatest role in plant growth and flowering, while the yellow and green wavelengths play a lesser role. Plants use wavelengths between 400 and 700 nanometers (nm) for photosynthesis, which provides for all the energy needs of the plant. Sunlight is the best light source for plants and naturally provides all of these wavelengths. Different wavelengths are used for specific plant functions, but all wavelengths in this range are absorbed in varying amounts. Wavelengths in the red and blue spectrum are absorbed in greater amounts while more green and yellow light is reflected, giving the leaves their characteristic green color. For this reason, growers relying on artificial plant lighting concentrate on the blue and red parts of the spectrum.