It allows to cool down more slowly at night the greenhouse which is warmed by the sun in the daytime.  Reducing the heat loss to the lowest level protects the product against frost hazards in sudden temperature drops. Decreasing temperature difference between day and night increases the yield of the plant. It offers a temperature advantage of + 1 °C to + 5 °C and saves fuel in the heated greenhouse.

The EVA additive also makes thermal properties more effective. We use EVA additive as a standard in thermal (IR) added greenhouse coverings.



Since the temperature difference between the inside and outside of the greenhouse is too much, the perspiration formed by the plant and the soil is held in the form of water droplets on the inner surface of the greenhouse cover. The water droplets on the surface prevent some of the sunlight enter in the greenhouse. A part of the sunlight that can enter the greenhouse causes burns and diseases due to the fact that the water particles show the lens characteristic. The Anti Fog-Anti Drip additive prevents the humidity in the greenhouse from being trapped in the form of large water droplets on the inner surface of the film. Since this feature is only on one side of the greenhouse cover, attention should be paid to the warning letters indicating the film direction. Water particles that can not be held on the surface form fog in the greenhouse. This foggy weather needs to be evacuated out of the greenhouse. This can be done by opening the edges of the greenhouse and using natural ventilation or fans. The foggy atmosphere that is waiting in the greenhouse for a long time can cause disease by sticking to the plant and fruit.



In the case that Anti Fog - Anti Drip additive is used, it is used to prevent the problem of fogging which is a side effect.



After the greenhouse cover is pulled onto the greenhouse, the dust in the environment starts to stick to the greenhouse cover. This event causes a considerable decrease in the amount of sunlight entering the greenhouse over time. The reduction of sunlight causes diseases in corps. This additive helps the dust adhering to the outer surface of the plastic easier to get out of the film surface by wind and rain. In this case, the transparency of the greenhouse cover remains high for a long time.



In areas where the sun's rays are strong and air is hot, or in shade-loving plant breeding, there is a need for a cooler greenhouse environment than outdoor atmosphere.

The cooler effect feature prevents the rise of temperature in the greenhouse during the day by reflecting, absorbing and breaking the sunlight.

Greenhouse coverings with coolant effect warms up more slowly in the morning compared to greenhouse covers not having this feature.



Thanks to its special optic structure, it helps to prevent the spread of fungal diseases and viruses by blinding the sight of white flies and leaf bitterness in the greenhouse. Provides the increase in yield and quality in the crop. Minimizes the drug use.



Agricultural chemicals are frequently used to protect the corps against the emergence and spread of diseases and against insect invasions. These chemicals may contain active halogens such as sulfur and chlorine.

Sulfur and chlorine interact with UV stabilizer in film content and it causes degradation of the polymer.

The chemical resistance additive makes agricultural plastics resistant to sulfur and chlorine. The highest amount of sulfur and chlorine that can protect the durability of chemical resistant greenhouse covers is shown in the table below.

IMT Greenhouse

Experience is Needed for Permanent Solutions and High Efficiency. Meet the quality Şemsettin LÖKOĞLU. IMT, which has been operating in the Automation Sector since 2000 makes Modern and Technological projects turnkey delivery to the agricultural sector with IMT Greenhouse Automation brand since 2013. Our company combines its experience in the sector with ...

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