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High PPF PPE 3535 Horticultural LED

Horticultural LED

High PPF PPE 3535 Horticultural LED

    Specification


    Part Number

    Lead Frame

    Max Power [W]

    VF Range [V]

    Type VF
    [V]

    Rated If
    [mA] @25℃

    Wavelength [nm]

    Radiant Power [mW]  [@25℃]

    PPF[μmol/s]

    PPE[PPF/W]

    Typ.

    Max.

    Min.

    Max.

    Typ.

     Typ.

     Typ.

    XG-Photo Red

    3535

    3W

    1.8-2.4

    2.1

    700

    1400

    650-655

    1100

    1160

    1200

    6.2

    4.2

    655-660

    660-665

    665-670

    XF-Photo Red

    3535

    2W

    1.9-2.4

    2.1

    350

    1000

    650-655

    500

    550

    620

    3

    4.2

    655-660

    660-665

    665-670

    XE-Far Red

    3535

    2W

    1.9-2.4

    2.1

    350

    1000

    720-725

    360

    430

    500

    /

    /

    725-730

    730-735

    735-740

    TH-BLUE

    3535

    4.5W

    2.7-3.1

    2.9

    700

    1500

    445-460

    1520

    1600

    1700

    /

    /

    TF-BLUE

    3535

    3.6W

    2.7-3.2

    2.9

    350

    1200

    445-460

    700

    850

    1000

    /

    /

    460-475

    40

    50

    60


    Product Description

    Our new and innovative horticultural LED designed to revolutionize the way plants are cultivated and grown. With its versatility and efficiency, the LED can be widely used in various fields such as plant tissue culture, leafy vegetable production, greenhouse lighting, plant factories, and seedling factories. Additionally, it is also suitable for medicinal plant cultivation, edible fungi factories, algae cultivation, and plant protection. Furthermore, it is also suitable for space fruits and vegetables, flower cultivation, and even mosquito repellent and insect control.
    All wavelength of light is functional to plants:The wavelength of 1000nm-720nm can promote stem elongation, and has some effect on flowering and germination. 720nm-610nm is the strongest absorption band for chlorophyll, which has great photosynthetic and photocycle effect. 610nm-510nm is inefficient for photosynthesis and weak forming. Wavelength of 510nm-400nm is the strong absorption band of chlorophyll and yellow pigment, the secondary peak zone of photosynthesis, and great forming effect. Wavelength of 400nm-320nm (UVA) can make the plants shorter, the leaves thicken, and most of the pests have a phototropism of the band.The wavelength greater than 1000nm does not participate in photosynthesis.
    Whether you are growing plants in a traditional greenhouse or in a controlled environment of a plant factory, our horticultureal LED is the perfect solution for providing the necessary light spectrum and intensity for optimal plant growth. 
    The serious LEDs were developed with blue chip, red chip, UV chip and phosphors by using high air tightness packaging technology. The service life is up to 100,000 hours. 

    One of the key advantages of our horticultural LED is its ability to provide tailored lighting solutions for different types of plants, ensuring that they receive the specific light wavelengths they need for photosynthesis and overall health. This not only leads to healthier and more productive plants but also results in energy savings and reduced environmental impact. Its low heat output and energy efficiency make it a safe and environmentally friendly choice for any type of agricultural operation.

    In conclusion, our horticultural LED is a versatile and efficient solution for a wide range of applications in plant cultivation and horticulture. Whether you are growing leafy vegetables, medicinal plants, or cultivating algae, our horticultural LEDs can provide the perfect solution for your needs. Upgrade to our LED solution and experience the future of plant cultivation today.

    Product Advantages

    1. The matched spectral characteristics of LED make it more in line with the spectrum required for plant growth and improve its PPFD value;
    2. LED generates less heat and is able to lighting close to plant without causing burns;
    3. LED can be easily dimmed and can simulate changes in sunlight intensity;
    4. LEDs can be placed in the middle of plants to illuminate the plants in layers to reduce light leakage losses and improve application light efficiency;
    5. LED power consumption is very low, and it is especially practical and efficient in point-to-point lighting mode;
    6. The long lifespan of LEDs eliminates the need for maintenance and repair during plant growth, reducing maintenance costs.

    Product Features

    Ceramic substrate package,High brightness,High efficiency 
    Size: 3.5mmx3.5mmx2.24mm  
    Compatible with SMT  
    Viewing Angle: 120°
    Package: Max 1000pcs/reel 


    • TF-BLUEh4k
    • XE Far Redxnl
    • XG-Photon Redv2q

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