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Applying Plant Nutrition Products using Spraying Drones

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Εφαρμογή σκευασμάτων θρέψης με drones ψεκασμού

The use of spraying drones in agriculture for the application of Plant Nutrition Products, is an innovative practice that contributes to safer and more efficient crop nutritional management.

The main benefits of using spraying drones for fertilizers are:

 

Avoiding Mechanical damage to plants: Minimum mechanical stress and damages to plants in contrast to using agricultural machinery.

Reduced use of water and products: Spraying drones perform minimal volume applications, significantly reducing the used amount of water and in some cases of products.

Reduced application cost: Spraying drones significantly reduce the required number of formulations, while avoiding the consumption of fossil fuels.

Precise and flexible application: Applied on a case-by-case basis, considering the exact location that requires spraying, while applications could be carried out even in unfavorable terrain conditions, e.g. flooded soils,  mountainous lands, etc.

Faster applications: Spraying drones allow faster product application, resulting in time saving and reduced human labor.

Operator Safety: The farmer/operator can be at a great distance from the spraying point so that he is not exposed to hazardous formulations during the application

 

 

The applications of plant nutrition formulas using spraying drones have transformed the agricultural sector, as it allows farmers to achieve higher yields with less impact on the environment. At the same time, they provide the advantage of saving time and resources.

This new method of application also creates the need for new products suitable for spraying drones.

 

AGROLOGY formulations suitable for application with spraying Drones

All Agrology products that can be applied with spraying drones as well as the recommended application rates, are listed below:

Spraying solution (product + water) preparation with the maximum dilution ratio of product: water, in order to apply the suggested dose (cc/ha) per product.


APPLICATION DOSAGE TABLE EN



 

XGel_activ-Sapphire_en

XGel® activ Sapphire

Dosage of Foliar Application using Drone: 3 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water of 1L: 5,25 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

XGel_activ-Ruby_en

XGel® activ Ruby

Dosage of Foliar Application using Drone: 3 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 6,5 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.



AlfaVta_Magnit-en

AlfaVita® Magnit

Dosage of Foliar Application using Drone: 2,5 – 5 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 2,8 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.


Suprafix_MoBoZin_en

Suprafix® MoBoZin SC

Dosage of Foliar Application using Drone: 0,5 – 1 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 15,6 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.



Suprafix_MagphosK_en

Suprafix® MahPhos K

Dosage of Foliar Application using Drone: 1,5 – 5 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 2,8 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

Protonic_Quattro_en

Protonic® Quattro

Dosage of Foliar Application using Drone: 1 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 15,6 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

 

Nodius-F-Kin_en

Nodius® FKin

Dosage of Foliar Application using Drone: 1 – 2 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 7,3 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

 

Gravital_ForceSC_en

Gravital® Force SC

Dosage of Foliar Application using Drone: 1,5 -2,5 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 5,6 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

Gravital_MatrixSC_en

Gravital® Matrix SC

Dosage of Foliar Application using Drone: 1,5 -2,5 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 5,6 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.


XActPRO_Fort_en

XAct® PRO Fort SC

Dosage of Foliar Application using Drone: 0,375 -1,5 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 10,1 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

XActPRO_ApexSC_en

XAct® PRO Apex SC

Dosage of Foliar Application using Drone: 1 – 2 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 7,3 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

Borplex-10lt-Canister -en

Borplex®

Dosage of Foliar Application using Drone: 1 – 3 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 4,5 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

 

Zinplex_en

Zinplex SC

Dosage of Foliar Application using Drone: 0,5 – 1 L/hectare.
The spraying solution (product + water) can be achieved with a maximum dilution ratio of product: water => 1L: 15,6 L

Theoretical Area Coverage with 30L Spray Volume: 1,8 Ha.

Σκευάσματα Agrology συμβατά με εφαρμογή drone

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To be used safely | Always read the product label before use | Pay attention to the warning phrases and symbols on the label.