Cannabis Plant Grow Light

The LED Grow Light Quantum Plate is a full-spectrum enhanced red color that is suitable for full-cycle growth and can be used for plants at all different growth stages. We can provide customized spectrum solutions upon request. Quantum board grow lights are more energy-efficient than traditional MH or HPS and can provide 1-10V dimming or knob dimming.

  • Check Mark Satisfaction Guaranteed
  • Check Mark No Hassle Refunds
  • Check Mark Secure Payments

Description

Model No.:CT-GROW-A-100~600Power:100W-600W
Voltage:AC100-130V / AC200V-240VWarranty:2 Years
Average Life:50,000H(25℃)Means of Transport:Ocean,Air
Production Capacity:50000pcs per monthPacking:box with sticker
Delivery Date:15 daysBrand Name:CHANTY

 

overcurrent protectionovertemperature protectionovervoltage protectionwarranty-2years

Products Features

    • Full spectrum enhanced red LED light, suitable for full cycle growth, can be used for plants in all different growth stages.
    • Unique cooling system: less heat, more growth
    • The new lenses offer higher PAR values and deeper penetration
    • Long lifespan: Average lifespan of about 50,000 hours
    • Energy saving and environmental protection
    • Operating temperature of the lamp: -10°C to 50°C
ITEM NOPOWERWEIGHTIP CLASSSIZE(mm)MATERAIL
CT-GROW-A-100100W2.2KGIP20240X300X40REFINED ALUMINUM
CT-GROW-A-200200W4.3KGIP20240X600X40REFINED ALUMINUM
CT-GROW-A-400400W6.6KGIP20480X600X40REFINED ALUMINUM
CT-GROW-A-500600W9.8KGIP20720X600X40REFINED ALUMINUM

 

Support customer customization
Support customer customization

 

Application of plant growth lights

 

 

Effects of light on plant photosynthesis:

  • Light intensity
    In strong light, plant cells, organs, and individuals are short in shape; in weak light, they are relatively tall.
    There are more types and contents of strong light pigments; there are fewer contents of weak light pigments and they are prone to yellowing.
  • Light quality —— Red light promotes morphogenesis and seed germination; far-red light has the opposite effect; blue light and ultraviolet light inhibit growth.
  • Photoperiod ——the effects of long-day and short-day on plant development and flowering.
  • Direction of light —— the movement and tropism of plants towards light, such as the phototropism of sunflowers.

 

Spectral distribution on plant photosynthesis

Plant Physiologically Effective Radiation
Plant Physiologically Effective Radiation

 

Effects of spectral range on plant physiology:

  • 280 ~ 315nm: Minimal effect on morphology and physiological processes
  • 315 ~ 400nm: Chlorophyll absorption is low, affecting the photoperiod effect and preventing stem elongation
  • 400 ~ 520nm (blue): Chlorophyll and carotenoids have the largest absorption ratio and have the greatest impact on photosynthesis
  • 520 ~ 610nm (green): The absorption rate of the pigment is not high
  • 610 ~ 720nm (red): Chlorophyll absorption rate is low, which has a significant impact on photosynthesis and photoperiod effect
  • 720 ~ 1000nm: Low absorption rate, stimulates cell extension, affects flowering and seed germination
  • >1000nm: Converted into heat

Spectral absorption of each photosynthetic pigment

Spectral absorption of each photosynthetic pigment

The two most important pigments for plant photosynthesis are chlorophyll and carotenes,the chlorophyll absorption spectrum is concentrated in the red and blue bands.

 

 

Effects of different light wavelengths on plants

 

 

Cannabis

UV-B improves the commercial value of cannabis

An increasing number of countries, including the United States, Canada and many European nations, have legalized marijuana for both medical and recreational use.
THC (Δ9-tetrahydrocannabinol) is the best-known bioactive chemical in cannabis and is highly concentrated in the plant’s glandular hairs.
UV-B irradiation on cannabis can increase the concentration of Δ9-THC and the number of plant hair glands in cannabis leaves and flowers.

 

UV-B-and-Marijuana-THC

 

 

The plant growth light is not limited to plant growth

The role of UV in fruit and vegetable storage
The role of UV in fruit and vegetable storage

 

 

Effects of light quality on plants (excerpt)

 

plantThe light they needEffect
Pea sproutsRed lightPromotes leaf area growth and β-carotene accumulation
Lettuce seedlingsRed lightEnhance the activity of antioxidant enzymes and increase the content of near-ultraviolet absorbing pigments to reduce the damage of near-ultraviolet light to lettuce seedlings
StrawberryRed lightIt is beneficial to increase the content of organic acids and total phenols in strawberries
Different plantsBlue lightImportant factors affecting photosynthetic system activity and photosynthetic electron transfer capacity
Red pepperUV-CSlow down the pectin dissolution, quality loss and softening process of red pepper, thus significantly reducing the corruption rate of red pepper and extending the shelf life, and promoting the accumulation of phenolic substances on the surface of red pepper
Different plantsFar red lightThe content of anthocyanins, carotenoids and chlorophyll decreased, while the fresh weight, dry weight, stem length, leaf length and leaf width of the plant increased.
OrchidRed and blue light100% red light has the highest induction rate for orchid callus, and the callus growth effect is best when the red-blue light ratio is 3:1.
ChiliRed light and white lightPromoting the induction of pepper cotyledon callus
GarlicRed lightSignificantly promote the induction and proliferation of garlic callus
Chinese YamBlue lightThe strongest effect on promoting callus differentiation
OncidiumRed lightIt is beneficial to the induction and proliferation of protocorm callus
Phalaenopsis, chrysanthemum, tobaccoRed lightThe number of single buds increased significantly compared with the control fluorescent lamp

 

 

UV-B-stimulates-vitamin-D-production-in-mushrooms
UV-B stimulates vitamin D production in mushrooms

 

Our plant growth lights are more conducive to plant growth than ordinary white light LEDs

Plants grown using natural spectrum LEDs grow faster than those grown using conventional white LEDs and contain more flavonols, an antioxidant.
The results of this experiment show that when choosing lighting for indoor farm crop cultivation, the most important factor to consider is not color temperature and brightness, but the similarity between the spectral curve emitted by the LED and sunlight.
Our products are LED light sources that achieve the highest standards in the natural spectrum industry and are also the best solutions for plant growth.

 


What Can We Do For you ?

  • 12 hours quick quotation for your urgent project
  • Free professional suggestion according to lighting solution
  • Customize seriver to let your idea come ture
  • Detailed IES test report to lighting simulation
  • High quality product which produced as IEC60598 standard
  • Strong carton for product
  • Short production time
  • Delivery on time
Please enable JavaScript in your browser to complete this form.

You may also like…