Key benefits
● High light output
● 75% REDUCTION IN LAND
● High energy efficiency
● Quick and easy installation
● Long lifetime
SD04 Muizlux Grow light Bar for indoor plants, Vertical farming LED Grow Light
Description
Get on the fast track to better grow with LED grow lights. Finely-tuned light recipes improve the quality, consistency and yield of vegetables and fruits even during winter months. Whether you are growing vegetables indoors or growing fruits indoors, LED grow lights complement natural light, supplying the spectrum and intensity that your crops need without adding extra heat. Plus, LED lighting is an efficient way to increase lighting capacity and lower electricity usage.
Achieve higher productivity and better-tasting crops when you grow herbs indoors with Muizlux LED grow lights. Whether you produce basil, microgreens or edible flowers in a greenhouse or vertical farming facility, many growers have named Muizlux the best LED grow lights for herbs. Our custom LED light recipes to enable growers to get excellent color, shape, and taste that make their products stand out when they grow herbs with LED indoor grow lights.
If you are growing fruits indoors, like strawberries and other soft fruits, your crops will taste sweeter and fresher with LED grow lights. Whether you grow fruits with LED in a conventional greenhouse or vertical farming facility, Muizlux LED technology gives you a competitive edge.
|
Model |
SD04-RO |
|
Dimensions |
110cm×114cm×3.8cm(43.8＂×45＂×1.5＂) |
|
Light Bar Spacing |
15cm(6＂) |
|
Voltage Input |
120-277V AC, 50/60 Hz |
|
Power |
195W |
|
Spectrum |
UV、B、DR、FR、W、DR/B、DR/W、DR/B/FR、DR/W/FR、 DR/B/W/FR |
|
Features |
Static |
|
Light Distribution |
120° |
|
Mounting Height |
≥ 6” (15.2cm) Above Canopy |
|
Lit Area |
1.48㎡(16 sqft) |
|
Light output |
541 μmol/s |
|
Efficacy |
2.5–3.6 μmol/J |
|
IP Rating |
IP65 |
|
Lifetime |
36,000 L90 |
|
Warranty |
3 year limited |
|
Model |
SD04-CO |
|
Dimensions |
110cm×114cm×3.8cm(43.8＂×45＂×1.5＂) |
|
Light Bar Spacing |
15cm(6＂) |
|
Voltage Input |
120-277V AC, 50/60 Hz |
|
Power |
195W |
|
Spectrum |
UV、B、DR、FR、W、DR/B、DR/W、DR/B/FR、DR/W/FR、 DR/B/W/FR |
|
Features |
Custom spectrum, Brightness control &Timing |
|
Light Distribution |
120° |
|
Mounting Height |
≥ 6” (15.2cm) Above Canopy |
|
Lit Area |
1.48㎡(16 sqft) |
|
Light output |
541 μmol/s |
|
Efficacy |
2.5–3.6 μmol/J |
|
IP Rating |
IP65 |
|
Lifetime |
36,000 L90 |
|
Warranty |
3 year limited |
The Muizlux LED production module is optimized for closed, climate-controlled cultivation facilities, such as city/vertical farms, propagation and research centers that use multilayer growth systems to grow crops such as:
● Lettuce and other leafy greens
● Strawberries and other soft fruits
● Herbs
● Young plants
Lettuce and other leafy greens
Muizlux LED production module is the ideal energy-efficient solution for lighting in between the plants. The GreenPower LED interlighting gives off very little heat and so requires no active cooling. They are simple to install in any new or existing greenhouse.
Strawberries and other soft fruits
LEDs are the ideal, sustainable way to replace incandescent lamps for the early cultivation of strawberries under glass. 88% reduction in energy consumption and improved elongation of the plant.
Herbs
The efficient option for multilayer and large-scale greenhouse cultivation The Muizlux LED production module for multilayer applications gives you more control over your growth process and more consistent results, higher quality crops, and energy savings of up to 75%. These energy-efficient LEDs also give off less heat and create a more uniform light distribution, making them ideal for climate-controlled environments
Young plants
• Higher quality, uniformity, and yields, lower energy costs;
• 5-7 day faster rooting, up to 3 weeks shorter crop cycle;
• Better climate control by adjusting light, ventilation, and temperature separately
• Higher quality, uniformity, and yields, lower energy costs;
• 5-7 day faster rooting, up to 3 weeks shorter crop cycle;
• Better climate control by adjusting light, ventilation, and temperature separately
