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Thermal reflecting screens
The ideal microclimate
for abundant growth |
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When applied to the outside of greenhouses TENAX ALUMINET
reduces the temperatures, protects from hail and wind and creates
an ideal growing environment for plants.
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TENAX ALUMINET protects from the UV rays and improves the microclimate
in the greenhouse with regard to temperature, light and damp.
It
contributes to a reduction of the costs and a substantial increase
in productivity.
In summer it encourages fast rooting of the crops resulting in an
increase in growth. Furthermore, the lower temperature helps to
reduce the damage caused by insects.
In winter, TENAX ALUMINET reduces heat loss, prevents condensation,
increases the diffusion of light and contributes to a considerable
saving in the amount of energy consumed. |
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Crops maximum protection
Lots of external cultivations get benefit from the improvement of climate conditions. TENAX ALUMINET screens installed on shading structures protect crops from frost, wind and excessive heat increasing the crops quality and growth. |
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Cool during the day and warm at night
TENAX ALUMINET screens reflect sun radiation during the day, reduce heat overexposure and reflect IR radiations during the night increasing the plant temperature and reducing the risk of frost. Screens also avoid condensation on the leaves. |
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Uniform and diffused light
TENAX ALUMINET special structure improves light diffusion. The use of special additives and the many-faceted refraction of TENAX ALUMINET twisted threads improve the efficient diffusion of incoming radiation, creating a uniform diffused light in the whole greenhouse thus improving photosynthesis. |
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Huge energy saving
TENAX ALUMINET screens proved a big energy saving. They increase plants temperature during the night and avoid overheating during the day reducing operational costs. |
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In summer, when installed in greenhouses, TENAX ALUMINET improves productivity and in winter, it insulates the structure,
ensuring ideal conditions for growth and a noticeable saving in energy. |
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