There is a growing urgent need for an improved electrostatic sprayer for Indian industrial pesticides spraying. The following article aims to design and manufacture an electrostatic air-assisted electrostatic sprayer based on electrical inductive-charging using a certain emphasis on Indian geographical and agricultural scenario.
A majority of chemicals and fertilizers are required by the farmers of India during the cultivation of various crops such as wheat, barley, rice, onion and so on. So the farmers mostly rely upon them to protect them from pest and disease attacks.
Chemical pesticides and fertilizers are commonly used by farmers in large quantities but the chemical reactions between these chemicals and the soil and plant surface can be very harmful. The high concentration of the chemical substances can also damage the soil and can also make the plant weak and dry out, resulting in the lack of water and nitrogen in it. Therefore, the use of a sprayer with an electrostatic nozzle to reduce the harm to the plant surface is very essential to protect the plant from the chemical reaction.
An electrostatic sprayer is very important as it helps to protect the plant by making the sprayer work faster and effectively. In such a scenario, a sprayer with an electrostatic nozzle is extremely useful as it works more effectively to protect the plant surface. Moreover, it also reduces the damage caused by the chemicals to the plant surface by more than 50%.
The process of making an electrostatic sprayer is very simple as there are several parts that need to be assembled. However, a detailed description of this process cannot be provided here since the purpose of this article is to show that the process of making an electrostatic sprayer is very easy and simple and the best part about it is that the whole process is very safe for the environment and is environmentally friendly.
Electrostatic sprayers are available in two different types of nozzle – air-assisted and airless. The air-assisted type has a nozzle which is attached directly to the motor of the sprayer, whereas the airless type uses a nozzle which is attached on to the motor of the sprayer and is manually moved by the user.
The air-assisted type is advantageous as the user can move the nozzle in order to get a smooth spray with less noise and vibrations while the motor is not required to be in operation. However, this disadvantage also poses some challenges to the user as the speed of the motor can be very low especially when the nozzle gets clogged and the spray is not being sprayed at the desired area.
Electrostatic sprayers are also available with an automatic control mechanism which makes them more useful for large areas such as fields or large farming areas. These types of sprayers can be used to spray in a very low cost and effective way. Therefore, the sprayer will work efficiently and at the same time the air control mechanism will be controlled automatically thereby saving money.
The sprayers are mostly used in various industries for protection of plants. The sprayer is very effective in spraying water or other liquids in the case of spills or other problems in plants.
Electrostatic sprayers are used extensively in agricultural industries. This is because these types of sprayers are used to protect the soil and crops from damaging substances.
Spraying is one of the most common activities of agricultural industries and these types of sprayers are very useful for this purpose. For example, farmers use these types of sprayers to spray their manure, fertilizers, fertilizer and chemicals in a very efficient way.
Electrostatic sprayers are available for both indoor and outdoor use and you can choose either of these types. It all depends on your needs and requirements.