For existing spraying systems, Tathastu electrostatics is the Tailor-Made solution. There is everything else in the traditional spraying system, such as air fans, liquid pressure pumps, good quality nozzles and experience with the current system.Tathastu electrostatic with a power-requiring high voltage generation unit. Using a 12 volt battery, this device produces high voltages. Using 12 v as an input voltage, one output is a control unit and one output is high voltage. For On/Off electrostatic induction, the control unit is used. The HV electrode is connected to the high-voltage cable output. Electrode is designed around the nozzle as per customer spraying unit.

Tathastu Electrostatic produces a strong electrostatic field of the induction form around the nozzle. The assembly of high voltage electrodes is planned with precision and experience. High voltage insulator design that preserves separation between high voltage supply and assembly for a very high spraying water environment. There will be a drop down in weak isolation voltage and less induction effect. But the electrostatic effect will be constant.

When water or other spray comes through the nozzle, they repel each other with the same charge, producing a fine spray mist. The high voltage electrode charges the water drop. On the other hand, the plant has opposite charges, which draw particles of the opposite charge from the nozzle. The droplet of spray goes deep inside the canopy of the plant. One more added benefit is that they never overlap. Since the same droplet of charge repels one another up to the target surface. The plant is completely and uniformly covered.


Saving costs and very quick payback
A specialist technical area is electrical charging of pesticide droplets, the advantages of which are enhanced spraying performance, pesticide deposition on plant targets and reduced drift. The study revealed the advantages of electrostatic charging technology as a means of improving the spray's deposition characteristics, as well as offering several major environmental and cost-saving advantages. These all advantages offer the consumer quick payback, which decreases labour costs.

Benefit Of Electrostatic

Improvements to Charge Deposition
On target surfaces, electro-statically charged chemical droplets deposit more evenly. Both in transit and during deposition, charged sprays avoid overlapping. When all droplets bear either a positive or negative charge, since equally charged droplets repel one another and maintain their original size, uneven movement is reduced.

Better size and fruit quality
A random mist that covers parts of the fruit but not all sides is produced by traditional sprayers. This wastes costly chemicals and severely restricts their production. Electrostatic spray creates ideally sized droplets that evenly cover the berries, leaves and vine on all sides. Since the full coverage helps the chemical to do its job to produce better quality fruit, the uniform spray coverage creates a uniform shaped fruit.

Raising efficiency
Spray is not standardized in the traditional system, so we did not get uniform growth from all sides. But with Tathastu electrostatic probability of uniform spraying is around 85%. Productivity is also 30 percent higher than the traditional approach. And some benefits are added, as well as saving money since there is no waste. Less manpower . Get improved quality.

Improving the quality of pesticides, fertilizer
The electrostatic spray systems distribute fertilizers and insecticides to areas where they can operate efficiently, and the size and uniformity of the grapes are larger and more reliable.

Within clusters and on the underside of leaves where destructive pests such as web spinning spider mites hide, this method allows chemical scope. These systems decrease the chance of extremely wet fruit block rot.

Saving the environment
The usage of fertilizers is still one of the most common methods used in agriculture to protect crops and trees against diseases and insects. Pesticide over dosage is popular in most countries, and its application contributes to many problems such as chemical waste and spray drift contamination of the ecosystem. The use of an electrostatic technique in agricultural sprays is one of the latest developments towards the prevention of chemical waste and environmental pollution.

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