LED Grow Lights Canada - Our LED lights are designed and manufactured to exact quality standards. Only the highest quality components are used from individual led diodes to circuit boards, to power supplies, fans and metal housings. BC LED GROW lights are fitted with LED's that are rated for 50,000 hours or more of continuous use, equal to 5 to 10 years of active use in your growing application.
- 180 Watt HO Blackstar LED Veg/Clone Light
The 180w HO Blackstar is perfect for small garden applications. It... - 180 Watt UV Blackstar LED Growing Light
The 180w UV Blackstar is great for small gardens since it has all...
- 240 Watt HO Blackstar LED Veg/Clone Light
The best choice for medium size gardens is the 240w HO. This is our...
- 240 Watt UV Blackstar LED Veg/Flowering Light
We offer the 240w UV, ideal for the medium size garden. It offers...
- 500 Watt HO Blackstar LED Veg/Clone Light
- 500 Watt UV Blackstar LED Veg/Flowering Light
The 2011 model 500 watt LED 6 Band Flowering Model is a great...
- 600 Watt UV Blackstar LED Growing Light
The Tri-band Blackstar LED 2010 flowering model is a new 600 watt...
- 900 Watt UV Blackstar LED Veg/Flowering Light
One of our newest additions is the 2011 Lighthouse 900 watt...
- 3' x 1' 8" x 5' Grow Tent
- 4' x 2' x 5' Grow Tent
- 4' x 4' x 6'6" Grow Tent
- 5' x 10' x 6' 6" Grow Tent
- 5' x 5' x 6' 6" Grow Tent
- 6' 6" x 6' 6" x 6' 6" Grow Tent
- 8' x 4' x 6' 6" Grow Tent
- Electrical Timers
- Inline Fans and Duct Fans
- Filters
- Light Hangers and Movers
The traditional choice for indoor hydroponic lighting is High Intensity Discharge (HID) lights. While HID lights are adequate to simulate the intensity and required wavelengths for Photosynthesis, HID's are not the most efficient solution. High quality High Pressure Sodium bulbs waste the majority of the light produced because only 30% is of usable wavelengths for photosynthesis. Specialty scientific instruments and advanced light spectrum analysis devices are able to measure this loss accurately. Traditional HID lighting systems require a lot of power to operate. They produce significant unwanted heat in the process, which means growers need to factor in the cost of cooling. The traditional HID choice comes with high operational costs and results in a waste of energy.
- What makes your LED different than other products?
We are a reliable Canadian company supplying better-quality LEDs....
- Does this light produce a lot of heat?
This LED does not put out much heat; in fact, plants won't suffer...
- How does this light compare with HID lighting performance?
Again, we make no untrue claims. We sell HID lighting as well....
- How many plants will this light cover?
The physical size of the unit determines coverage. Typical coverage...
- Will this light work in Europe?
All our LED lights use worldwide voltage (90v-240v).
- How does this differ from your 6 band HO model, and why use these bands?
More bands does not equal better light. This model produces...
- Why buy from Canada?
As a Canadian company, we provide quality product, timely shipping...
- Why do some of the LED's seem to not be working?
In the center of the light, you may notice 2 LED's that appear dim...
- What makes you the best company to order this from?
We supply the best Hydroponic equipment on the market. We have more...
- Are 2w and 3w LED's a better choice?
The 2w and 3w LED's produce more usable light than the 1w LED's....
LED technology is nearly 50 years old, but only in the past few years has the technology advanced to the point that LED light output and energy efficiency matches or exceeds traditional lighting options. The lumen output per watt of LED’s has more than doubled since 2008. The highest quality LED's are now comparable to HID lights in terms of lumens/watt output. More significantly, LED's now beat out the competition in PAR output. PAR refers to the actual light needed for plant photosynthesis. LED's are truly energy efficient and cost effective.
The specific wavelengths required by plants to grow and flower are at the 420nm, 450nm, 630nm, and 660nm wavelengths. Red light is needed for flowering and yields, and blue light helps with node intervals and encourages faster growth and absorption. Our product produces these wavelengths, scientifically balanced to be 70% more efficient. BC LED GROW LED’s use the optimum combination of 60 degree, 90 degree, and 120 degree LED chips to maximizes light coverage for the grow area.
BC LED GROW is proud to offer a true 3-watt chip LED in the BlackStar product line. We have released the BlackStar Label of LED grow lights in Canada. Manufactured from the highest quality components, this design provide maximum canopy coverage and increases light penetration. The BlackStar line is superior to lines using a single spread angle LED light. This is our answer to increasing customer demands for a higher power LED light.
The BlackStar line was engineered to produce the most needed light output values for your growing footprint. This light uses custom encapsulated chipsets.
The specific wavelengths required by plants to grow and flower are at the 420nm, 450nm, 630nm, and 660nm wavelengths. Red light is needed for flowering and yields, and blue light helps with node intervals and encourages faster growth and absorption. Our product produces these wavelengths, scientifically balanced to be 70% more efficient. BC LED GROW LED’s use the optimum combination of 60 degree, 90 degree, and 120 degree LED chips to maximizes light coverage for the grow area.
BC LED GROW is proud to offer a true 3-watt chip LED in the BlackStar product line. We have released the BlackStar Label of LED grow lights in Canada. Manufactured from the highest quality components, this design provide maximum canopy coverage and increases light penetration. The BlackStar line is superior to lines using a single spread angle LED light. This is our answer to increasing customer demands for a higher power LED light.
The BlackStar line was engineered to produce the most needed light output values for your growing footprint. This light uses custom encapsulated chipsets.