Réflecteurs
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Réflecteur mithralit, monté, 50 x 50 cm, avec étrier
Mithralit-Reflector, mounted, 50 x 50 cm, bracket reinforced Highly reflective reflector with mithralit coating - Super reflective reflector with a total reflectance of 97% - The surface structure of this reflector guarantees an even spread and, at the same time, diffuse emission of light for optimum plant growth WHAT IS MITHRALIT? - Mithralit is a special coating for reflectors that has been used with this reflector. -The coating was specifically developed for use with high-pressure sodium discharge lamps. - Approx. 20 % more light output (LOR) using high-pressure sodium discharge lamps compared to conventional anodised aluminium. - Reflectors with a Mithralit coating are able to maintain a constant peak light output for a longer period of time compared to conventional reflectors because the surface coating does not get damaged from operating high-pressure sodium discharge lamps, which reduces light output by at least 20 to 30 %. - Particularly high light reflection in the spectral region above 600 nm, which plays an important role especially during flowering and fruit development. -Very robust coating that is not prone to corrosion and tolerates extreme temperatures Specifications: - Material thickness up to 0.8 mm - Hard, inherently stable aluminium - Interferenz-color-free surface -
Réflecteur mithralit, monté, 50 x 50 cm, avec étrier renforcé
Mithralit-Reflector, mounted, 50 x 50 cm, bracket reinforced Highly reflective reflector with mithralit coating - Super reflective reflector with a total reflectance of 97% - The surface structure of this reflector guarantees an even spread and, at the same time, diffuse emission of light for optimum plant growth WHAT IS MITHRALIT? - Mithralit is a special coating for reflectors that has been used with this reflector. -The coating was specifically developed for use with high-pressure sodium discharge lamps. - Approx. 20 % more light output (LOR) using high-pressure sodium discharge lamps compared to conventional anodised aluminium. - Reflectors with a Mithralit coating are able to maintain a constant peak light output for a longer period of time compared to conventional reflectors because the surface coating does not get damaged from operating high-pressure sodium discharge lamps, which reduces light output by at least 20 to 30 %. - Particularly high light reflection in the spectral region above 600 nm, which plays an important role especially during flowering and fruit development. -Very robust coating that is not prone to corrosion and tolerates extreme temperatures Specifications: - Material thickness up to 0.8 mm - Hard, inherently stable aluminium - Interferenz-color-free surface -
Réflecteur mithralit, monté, 50 x 50 cm, avec douille et barrette de dominos
Mithralit-Reflector, mounted, 50 x 50 cm, with bracket, socket and luster terminal Highly reflective reflector with mithralit coating - Super reflective reflector with a total reflectance of 97% - The surface structure of this reflector guarantees an even spread and, at the same time, diffuse emission of light for optimum plant growth WHAT IS MITHRALIT? - Mithralit is a special coating for reflectors that has been used with this reflector. -The coating was specifically developed for use with high-pressure sodium discharge lamps. - Approx. 20 % more light output (LOR) using high-pressure sodium discharge lamps compared to conventional anodised aluminium. - Reflectors with a Mithralit coating are able to maintain a constant peak light output for a longer period of time compared to conventional reflectors because the surface coating does not get damaged from operating high-pressure sodium discharge lamps, which reduces light output by at least 20 to 30 %. - Particularly high light reflection in the spectral region above 600 nm, which plays an important role especially during flowering and fruit development. -Very robust coating that is not prone to corrosion and tolerates extreme temperatures Specifications: - Material thickness up to 0.8 mm - Hard, inherently stable aluminium - Interferenz-color-free surface