UV IR Grow Light Full Spectrum 800 Watt

Why can't plants use infrared light?

Plants are known for their ability to harness the energy from sunlight through a process called photosynthesis. However, it is a common misconception that plants can utilize all types of light, including infrared (IR) light. In reality, plants predominantly rely on visible light for photosynthesis, specifically wavelengths in the red and blue regions of the electromagnetic spectrum. While plants do possess certain pigments that can absorb a limited amount of IR light, it is not utilized for photosynthesis and does not contribute significantly to their growth and development.

One of the main reasons why plants cannot effectively use infrared light is due to the lack of appropriate pigments and receptors to absorb and convert this type of light energy into chemical energy. Chlorophyll, the primary pigment responsible for capturing light during photosynthesis, is primarily optimized for absorbing visible light, particularly in the red and blue regions. As a result, plants have evolved to maximize their efficiency in utilizing these specific wavelengths of light.

The use of Led Grow Lights has gained popularity in indoor gardening and cultivation, especially for flowering plants. LED Grow Lights come in various spectrums, including red and blue lights that are specifically designed to mimic the optimal wavelengths for photosynthesis. These lights can promote healthy growth, enhance flowering, and improve overall plant productivity. However, incorporating infrared light into LED grow lights for flowering or cannabis cultivation purposes is not necessary since plants cannot effectively utilize this type of light.

It's worth noting that there are some exceptions when it comes to UV light. While plants generally do not utilize UV light for photosynthesis, certain species have adapted to absorb and utilize small amounts of UV radiation. However, UV LED grow lights are not commonly used for general plant cultivation as excessive exposure to UV light can be harmful and lead to plant damage.

In conclusion, plants cannot effectively use infrared light for photosynthesis and growth due to the lack of appropriate pigments and receptors to absorb and convert this type of light energy. Instead, plants have evolved to optimize their efficiency in utilizing visible light, particularly wavelengths in the red and blue regions. LED grow lights, specifically designed to provide the optimal light spectrum for photosynthesis, are widely used in indoor gardening and cultivation. While there are exceptions with regards to UV light, infrared light is not a necessary component in LED grow lights for flowering plants or cannabis cultivation.

Features:

● PRIVATE MOULD

● Color: Full spectrum white light + 660nm plant red light +UV +IR.

● High quality UL Driver

● Wide input voltage AC100-277V

● Best heat sink to get the best heat dissipation

● Easy to install and operate

● Led Grow Light With Dimmer.