Türkçe
Greenhouse Systems
Plastic Greenhouse Cover
1. UV (Ultra Violet) Additive:
* UV Additive increases the resistance of the greenhouse cover against the sun.
* Depending on the service life of the greenhouse cover, the thickness of the film,
according to the climatic conditions of the place where the greenhouse cover will be used.
The utilization rate of the UV additive is determined.
2. IR (Infra Red) Contribution:
By trapping the heat inside the greenhouse, the difference between day and night
keeps heat loss to a minimum.
The temperature inside the greenhouse at night is between +1˚C and +5˚C
shows diffences.
The minimum level of heat loss
Against the risk of frost caused by temperature drop
provides protection.
By preventing the plant from being stressed, its yield increases and
The fuel used for heating the greenhouse is saved.
3. EU (Anti Bacterial) Additive:
* Prevents whitefly, aphid, thrips and leaf parasites.
* It prevents the spread of bacteria.
* Reduces fungal diseases.
* Yield by providing high quality in plants and crops
causes an increase.
* It reduces the amount of pesticide used in the greenhouse.
4. EVA (Ethylene Vinyl Acetate) Additive:
* By making the greenhouse cover more flexible
Increases wind resistance.
* It prevents the development of some fungi that grow in the dark.
* Provides high light transmittance. The light entering the greenhouse
It increases the product quality by ensuring that it is distributed evenly.
* Increases infrared heat retention rate. (The IR Contribution
increases its activity.)
5. LD (Light Diffuser) Contribution:
* When the sun's rays enter the greenhouse, in the form of a fan
by breaking all sides of the greenhouse at the same rate.
provides illumination.
* It prevents plants from being damaged by excessive light.
* The growth of fungi and bacteria in the greenhouse
becomes an obstacle.
* Slow due to dense plants shading each other
the development of plants by eliminating the growth problem
affects positively.
6. AD-AF (Anti Drip-Anti Fog) Additive:
* The temperature difference between the outside and inside of the greenhouse
excess, transpiration in soil and plants
droplets on the inner surface of the greenhouse cover.
causes it to occur.
* These droplets penetrate the greenhouse into the sunlight.
prevents it from entering. Lens in penetrating rays
by burning plants and
causes various diseases.
* With this additive, water drops are dispersed on the greenhouse cover surface,
Dripping to the surface of the plant is prevented.
7. SR Contribution:
* The purpose of spraying and shading in agricultural activities
sulfur used with
UV additive in the film when it comes into contact with the greenhouse cover
interacts with it, causing decomposition and
reduces the life of the film.
* Sulfur usage rate not exceeding a certain level
This additive increases the resistance of the film against sulfur
* UV Additive increases the resistance of the greenhouse cover against the sun.
* Depending on the service life of the greenhouse cover, the thickness of the film,
according to the climatic conditions of the place where the greenhouse cover will be used.
The utilization rate of the UV additive is determined.
2. IR (Infra Red) Contribution:
By trapping the heat inside the greenhouse, the difference between day and night
keeps heat loss to a minimum.
The temperature inside the greenhouse at night is between +1˚C and +5˚C
shows diffences.
The minimum level of heat loss
Against the risk of frost caused by temperature drop
provides protection.
By preventing the plant from being stressed, its yield increases and
The fuel used for heating the greenhouse is saved.
3. EU (Anti Bacterial) Additive:
* Prevents whitefly, aphid, thrips and leaf parasites.
* It prevents the spread of bacteria.
* Reduces fungal diseases.
* Yield by providing high quality in plants and crops
causes an increase.
* It reduces the amount of pesticide used in the greenhouse.
4. EVA (Ethylene Vinyl Acetate) Additive:
* By making the greenhouse cover more flexible
Increases wind resistance.
* It prevents the development of some fungi that grow in the dark.
* Provides high light transmittance. The light entering the greenhouse
It increases the product quality by ensuring that it is distributed evenly.
* Increases infrared heat retention rate. (The IR Contribution
increases its activity.)
5. LD (Light Diffuser) Contribution:
* When the sun's rays enter the greenhouse, in the form of a fan
by breaking all sides of the greenhouse at the same rate.
provides illumination.
* It prevents plants from being damaged by excessive light.
* The growth of fungi and bacteria in the greenhouse
becomes an obstacle.
* Slow due to dense plants shading each other
the development of plants by eliminating the growth problem
affects positively.
6. AD-AF (Anti Drip-Anti Fog) Additive:
* The temperature difference between the outside and inside of the greenhouse
excess, transpiration in soil and plants
droplets on the inner surface of the greenhouse cover.
causes it to occur.
* These droplets penetrate the greenhouse into the sunlight.
prevents it from entering. Lens in penetrating rays
by burning plants and
causes various diseases.
* With this additive, water drops are dispersed on the greenhouse cover surface,
Dripping to the surface of the plant is prevented.
7. SR Contribution:
* The purpose of spraying and shading in agricultural activities
sulfur used with
UV additive in the film when it comes into contact with the greenhouse cover
interacts with it, causing decomposition and
reduces the life of the film.
* Sulfur usage rate not exceeding a certain level
This additive increases the resistance of the film against sulfur
