This PCB slides into our aluminum extrusion profile to further dissipate the heat away from the LED chips. Heat is directly transferred away from the LED-chips through the thick metal core PCB (Printed Circuit Board). 2 mm Metal-Core PCB Metal Core PCB for direct LED-chip cooling This in contrast to plastic housings where the heat remains inside and generates bubbles on the phosphor layer of the LED chips and damages the LED’s irreversibly. PlantSpectrum’s aluminium housing prevents the LED chips from overheating. Sustainable lighting design is all about smart and effective passive cooling. Mould or diseases can be detected and removed in an early stage. High-CRI spectra contribute directly to higher PAR and a more diverse spectrum wich results in better taste and color development.Īn extra advantage is that plants can be observed much better. Like no other.ĬRI (Color Rendering Index) determines how well colors are rendered just like in natural sunlight. With a PAR over 92%, this light is made to boost any type of plant’s growth. PAR (Photosynthetic Active Radiation) is the range of wavelengths between 400 and 700 nanometers that directly contributes to plant growth and development. 92% PAR Photosynthesis efficiency at its best. Guarantee results at every stage of growth, for every type of plant. PlantSpectrum emits all wavelengths that contribute to plant growth.
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