IP67 660nm 100W Quantum Board Led Grow Lights ETL

iGrow Pad 100W High Efficacy Quantum Board Led Grow Lights

 Advantages :

The iGrow Pad 100W  LED grow light is outstanding in many ways. First of all, it has more colour and wavelengths lights, which include 3000k, 5000k, 660 nm, and IR 730nm.

These make up a sunlight spectrum with blue, red, and white colours included. So, your plants will get everything that they want in natural lighting and produce the best yields possible.

Unlike other quantum board LED grow lights the igrowbio grow features a waterproof LED board, which is essential in protecting diodes from corroding.

It also has electric shockproof covers on wires for the user’s safety. On the other hand, the fanless design ensures that the grower has a quiet and easy growing period.

Use this unit in your grow tent to cover a space of 3ft by 3ft for vegging footprint and over a space of 2ft by 2 ft for flowering footprint.

Pros:

Dimmable Meanwell driver

Waterproof LED board

It is quiet in operation as it doesn’t come with a fan

Produces sunlight spectrum

Provides great canopy light penetration

High-energy efficiency

Increased yields with higher energy

Easy to use with its plug-and-play design

3-years local warranty

Photosynthesis evolved under sunlight. We learned previously in our Other Lighting Metrics section that the sun has the approximate characteristics of a black-body radiation source with T = 5900K. For a reference point, direct sunlight at midday has a PPFD of approximately 2000 μmol/s/m². However, the spectra can vary with a large number of factors including geographic location, time of day, season, local landscape and local weather. Above is the spectra of the D65 illuminant which the best approximation of the solar spectra at midday in Western/Northern Europe.

Fluorescent lights have found ubiquitous applications since their commercialization. The linear form factor of the most popular models have enabled them to be fit into grow racks, terrariums and other horticultural setups. There exist many types; however, the general principles are the same. Bulbs coated internally with phosphors are filled with mercury vapor and argon gas. A spike voltage is applied to the gas which causes ionization and subsequent emission of UV light. The UV excites the phosphors which then fluorescence visible light as well as emit heat. The phosphor type dictates the spectrum of the bulb. The spectra are usually very locally peaked corresponding to atomic transitions characteristic of the phosphors.

FAQ

Q1. Can I have a sample order for LED light?
Yes, we welcome sample order for your testing.

Q2. What about the lead time?
2~20 Days (sample needs 3 days).

Q3. Is there any MOQ limit for orders?
Low MOQ, 1pc for sample checking is available

Q4. 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.

Q5. How to proceed an order for led light?
1. let us know your requirements or application;
2. we quote according to your requirements or our suggestions;
3. customer confirms the samples and places deposit for formal order;
4. we arrange the production.

Q6. May I print my logo on the products?
Yes. Please inform us formally before our production and confirm the design firstly based on our sample.