The flowering cycle can be controlled between 660nm and 730nm lighting without relying solely on the influence of the season, which is of great value for ornamental flowers. Facts have proven that the deliberate use of infrared light with appropriate proportion in the flowering stage of cannabis can guarantee the quality and quantity of flowering.
Controlling the flowering cycle of certain ornamental flowers is essential to maintaining their ornamental value, and lighting with wavelengths of 660nm and 730nm can achieve this goal. By using these artificial light sources, it is possible to reduce the dependence on seasonal changes to induce the flowering of certain flowers. This technology has proven invaluable to flower growers around the world looking to maintain a constant and consistent production throughout the year.
The use of far red light during the flowering phase of cannabis has been found to increase the quality and quantity of crops. Studies indicate that using a specific proportion of far-red light in conjunction with traditional light sources during the flowering phase enhances the production of secondary metabolites such as THC and CBD, which are associated with the medicinal properties of cannabis. This approach has become particularly popular among cannabis growers who aim to maximize their harvests while maintaining high levels of quality and potency.
The flowering cycle can be controlled between 660nm and 730nm lighting without relying solely on the influence of the season, which is of great value for ornamental flowers. Facts have proven that the deliberate use of infrared light with appropriate proportion in the flowering stage of cannabis can guarantee the quality and quantity of flowering.
Controlling the flowering cycle of certain ornamental flowers is essential to maintaining their ornamental value, and lighting with wavelengths of 660nm and 730nm can achieve this goal. By using these artificial light sources, it is possible to reduce the dependence on seasonal changes to induce the flowering of certain flowers. This technology has proven invaluable to flower growers around the world looking to maintain a constant and consistent production throughout the year.
The use of far red light during the flowering phase of cannabis has been found to increase the quality and quantity of crops. Studies indicate that using a specific proportion of far-red light in conjunction with traditional light sources during the flowering phase enhances the production of secondary metabolites such as THC and CBD, which are associated with the medicinal properties of cannabis. This approach has become particularly popular among cannabis growers who aim to maximize their harvests while maintaining high levels of quality and potency.
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Length: 605mm
Height (mm): 31
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Power (Watt):30W
Protection Index: IP65
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Width: 57mm
Observations:
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