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Professional Spectrum | Scientific Ratios | High Efficiency | Low Light Decay
Red light promotes stem elongation in plants.
Blue light enhances stem and root strength.
Comparison: GMY’s Phalaenopsis LED Tissue Culture Light vs. Other Tissue Culture Lights
GMY Phalaenopsis LED Tissue Culture Ligh | Other Tissue Culture Lights |
√Rigorously validated through field tests √Scientifically precise spectral ratios √Manufactured by a professional, large-scale factory √Stable and high-quality performanc | ×No quality verification ×Spectral inconsistencies ×Small-scale workshop production ×Poor stability and quality |
Growth performance of 'Anna' Phalaenopsis under different light treatments:
A comparison was conducted using 10 GMY tissue culture lights and 3 competing products currently in use at a Phalaenopsis tissue culture facility.
1.Treatments 5 and 7 showed superior performance in root count, average root length, plant weight, and plant height.
2.Compared to Competitor 3, Treatment 5 improved maximum root length, plant weight, and plant height by 22%, 144%, and 65%, respectively.
3.Treatment 7 improved maximum root length, plant weight, and plant height by 22%, 126%, and 70%, respectively.
4.The performance difference between Treatments 5 and 7 was minimal, but Treatment 7 had a lower power rating, reducing energy costs.
Tissue Culture Light Experiment Timeline and Seedling Development
August 15, 2024-Start of the experiment
November 12, 2024-End of the experiment
Effectiveness of Treatment 7 on ‘Anna’ Phalaenopsis Tissue Culture Seedlings
Specifications:
Input Voltage: 230 V
Power: 17 W
Luminous Flux: 1760 lm
Spectral Range: 350 nm-750 nm
Lifespan: 15,000 H
Color Temperature: 7255 K
Luminous Efficiency: 96 lm/W
Photon Flux: 29 μmol/s
Professional Spectrum | Scientific Ratios | High Efficiency | Low Light Decay
Red light promotes stem elongation in plants.
Blue light enhances stem and root strength.
Comparison: GMY’s Phalaenopsis LED Tissue Culture Light vs. Other Tissue Culture Lights
GMY Phalaenopsis LED Tissue Culture Ligh | Other Tissue Culture Lights |
√Rigorously validated through field tests √Scientifically precise spectral ratios √Manufactured by a professional, large-scale factory √Stable and high-quality performanc | ×No quality verification ×Spectral inconsistencies ×Small-scale workshop production ×Poor stability and quality |
Growth performance of 'Anna' Phalaenopsis under different light treatments:
A comparison was conducted using 10 GMY tissue culture lights and 3 competing products currently in use at a Phalaenopsis tissue culture facility.
1.Treatments 5 and 7 showed superior performance in root count, average root length, plant weight, and plant height.
2.Compared to Competitor 3, Treatment 5 improved maximum root length, plant weight, and plant height by 22%, 144%, and 65%, respectively.
3.Treatment 7 improved maximum root length, plant weight, and plant height by 22%, 126%, and 70%, respectively.
4.The performance difference between Treatments 5 and 7 was minimal, but Treatment 7 had a lower power rating, reducing energy costs.
Tissue Culture Light Experiment Timeline and Seedling Development
August 15, 2024-Start of the experiment
November 12, 2024-End of the experiment
Effectiveness of Treatment 7 on ‘Anna’ Phalaenopsis Tissue Culture Seedlings
Specifications:
Input Voltage: 230 V
Power: 17 W
Luminous Flux: 1760 lm
Spectral Range: 350 nm-750 nm
Lifespan: 15,000 H
Color Temperature: 7255 K
Luminous Efficiency: 96 lm/W
Photon Flux: 29 μmol/s
