Dimmable 100W LED Grow Light
The upgraded 100W Grow Light gets your indoor plants fully covered with three new powerful features: secondary optical design, hollow structure, and self-developed driver chip. It actualizes a more ideal full life cycle full spectrum supplementary light program, covering the entire visible spectrum of 400nm-780nm, suitable for every cycle of plant growth.
- 30% OFF for above 10 Items, Auto Code
- 40% OFF for above 20 Items, Auto Code
- Can be customized as required
NOTICE: Only suitable for 1-pack Size
Features:
- The secondary optical design: PPF: 158 μmol/s, PPFD: 577.54 μmol/s/㎡@1ft. Through the lens for secondary scientific light distribution, improves light utilization, giving plants more supplementary light. Using only 100 watts of power, equivalent to 1000W incandescent bulbs. Based on 18 hours per day usage, save up to 90% electricity, annual estimated cost $65.7.
- Imitate the solar spectrum: Actualize a more ideal full life cycle full spectrum supplementary light program, covering the entire visible spectrum of 400nm-780nm, suitable for every cycle of plant growth, effectively promotes plant growth, and improves crop yield and quality. Providing 4000K daylight, Ra is close to 100, infinitely close to natural light.
- Patented Ceramic Technology: Chip on Ceramic, SANSI's patented technology replaces the traditional Mcpcb aluminum substrate with a non-conductive ceramic heat sink, and directly solder the LED chip on the ceramic heat sink, effectively reducing the systematic thermal resistance between the LED PN junction and the surface of the heat sink, resulting in faster heat conduction and higher product reliability, producing a SANSI bulb with higher light efficiency.
- Safe and Reliable: The lamp body is made of special ceramic material, and the flame retardant grade reaches V0; the reinforced insulation structure design, no risk of electric shock, is safer; the whole shell material reaches the WF2 anti-corrosion grade, which is more reliable and durable; low IR, less heat radiation, avoiding close Distance exposure burns plants.
- Guarantees: ETL listed & CE certification, quality and safety verified, 25,000 hours lifespan and 5-year warranty for the bulb.
Specifications:
Item Model Number: C21GL-R08-100W
Wattage: 100W
Voltage: AC 120V(US/CA) 220V (EU/UK) 60Hz
Replacement Wattage: 1000W Incandescent Bulb
Beam Angle: 90°
PPF: 158 umol/s
Product Size：L9.29 inches*W6.69 inches*H4.6 inches
Weight: 3.43 lb
Power Factor: 0.5
How long will it take for my order to arrive?
It takes 2 working days by Express shipping after you place an order and we complete shipment. For Standard shipping, most orders will arrive 3-5 working days after shipment is completed.
We are not liable to any shipping delays, nor loss of any kind caused by unforeseen and uncontrollable circumstances, such as unreachable recipients, invalid addresses, weather conditions that affect delivery, customs clearance delays and so on. In these situations, SANSI will try our best to notify customers of the delay, and if possible, make new delivery/collection arrangements with an estimated delivery date.
Getting Enough Light
Through the secondary optical design, make plants receive more supplementary light, and improved light quality.
Faster Heat Dissipation
The working heat of the lighting device is quickly transferred to the air through natural convection, and the heat dissipation is faster and the service life is prolonged.
Dimmable Function
You can adjust the brightness freely just as your plants need for all growth stages and different application.
High PPFD Output
PPFD: 577.54 μmol/s/㎡@1ft. For grow light, wattage is not as important as you think, but the light intensity (PPFD) is the very most important factor when choosing grow light. The more light reaches the plants (μmol/m2/s, aka PPFD), the greater the rate of photosynthesis. If you have medium or large plants, this plant lamp is your first choice.
Chip on Ceramic (COC) Technology
SANSI's patented COC technology directly solder the LED chip on the ceramic heat sink, effectively reducing the system thermal resistance between the LED PN junction and the surface of the heat sink, resulting in faster heat conduction and higher product reliability.
