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LEDs For Horticulture Lighting

We provide high-efficiency LED chip solutions for horticulture lighting, helping LED grow light companies achieve superior performance and market competitiveness. Our chips deliver high PPE, optimized plant-targeted spectra, and excellent reliability, enabling manufacturers to design grow lights with stronger growth results, higher yields, and lower energy consumption.

Gem Series 3838 LED
◆ Deep Red 660nm Top Efficacy 4.85 µmol/J

3030 LED Family
◆ White LED Reach 3.46μmol/J; EVO Alternative

◆ Excellent Sulfur Resistance

◆ 7-Year Warranty

Customizable modules for various lighting fixtures.

Feature Products

With customizable wavelengths and advanced packaging technology, we support grow light brands in creating differentiated, high-value horticulture lighting products that stand out in the global market.

4 Result(s)

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LDR-3535CLAR660V0DR0H0

351H

Color: Deepred

Current(mA): 700

Typical Voltage(V): 2

LDR-3553CLZR660V0DR0P0

351B

Color: Deepred

Current(mA): 350

Typical Voltage(V): 2

LDR-3535CLF4070-V0A40E0

351V-Plus

Color: White

Current(mA): 700

Typical Voltage(V): 3

LDR-3535CLF6370-V0A63E0

351J

Color: White

Current(mA): 350

Typical Voltage(V): 3

Product Type	Color	Current(mA)	Typical Voltage(V)	Download
351H	Deepred	700	2	Download
351B	Deepred	350	2	Download
351V-Plus	White	700	3	Download
351J	White	350	3	Download

Full-Range Wavelength LEDs

Supply LED chips for horticulture lighting with wavelength coverage from UV to infrared, including key wavelengths such as 365nm, 395nm, 450nm, 640nm, 660nm, and 730nm. Our product range is developed based on in-depth spectral research, focusing on how specific wavelengths influence plant photobiology, morphology, and growth responses. By offering precise wavelength control and multiple package options, we enable lighting engineers to build targeted light recipes for different crops and growth stages, rather than relying on broad or generalized spectra.

Full Spectrum LED

Ledestar offers high–cost-performance full-spectrum LED chips with multiple full-spectrum variants tailored for different plant-growth needs. Our multi-spectrum designs deliver high efficiency, balanced spectral distribution, and reliable performance, helping grow-light manufacturers create more competitive horticulture lighting systems.

Know More

NOVA LED - 301H EVO Alternative

To address these spectral limitations and meet the Q90 lifetime requirements for horticultural lighting, Ledestar developed the Nova LED. This solution is specifically engineered to align with the absorption spectra of chlorophyll a and chlorophyll b. By employing a dual-excitation approach—combining 437 nm and 460 nm phosphor excitation—the Nova LED enhances absorption efficiency for both pigments while maintaining long operational lifetime.

Performance evaluations demonstrate that, compared with 437 nm-excited white light, the Nova LED improves chlorophyll a absorption efficiency by 0.19% and chlorophyll b absorption efficiency by 0.75%. Furthermore, when compared with 450 nm-excited white light, the Nova LED increases chlorophyll a absorption efficiency by 2.76% and chlorophyll b absorption efficiency by 0.63%.