An air-assisted electrostatic spray nozzle with a longer long nozzle arm with a smaller spray head disposed in a downward direction at the base of the nozzle arm, with an attached feed pipe extending from a downstream end of its nozzle arm. The spray nozzle consists of an elongated feed line, an electrically strengthened stinger, an electrically increasing spike, and an electrically conducting feed tube. A single electroluminescent electrode is connected to a lower electrode, a voltage generator, and a high current electric power supply, through which the spray is directed and dispensed.
The electrostatic spray nozzle has a flexible spray nozzle arm. This allows users to spray the spray from different angles and directions. A user can easily spray a small amount of water, or he can spray water at a far distance. For areas where a large number of people can be sprayed at the same time, the electrostatic spray nozzle is an ideal way to distribute the chemical agents evenly, without causing a chemical spill. It is also an excellent choice for use at various spraying events, including paintballing, water sports and paintball wars.
An electrostatic spray nozzle consists of a flexible spray arm. This enables users to spray water, paint, or other liquid materials. It is an ideal option for applications where a large number of people will need to be sprayed at the same time. This feature also makes it ideal for use at paintball wars.
The spray arm is generally designed with an adjustable spray angle. This angle may vary between 45 degrees and 75 degrees. This feature helps to disperse the spray at different angles so as to spray liquid at various locations.
When selecting an electrostatic spray nozzle, it is important to take into consideration the application to be carried out. A spray nozzle arm that has a higher spray angle is ideal for applications requiring a fast, short spray, while a nozzle arm that has a lower spray angle is ideal for spraying liquids over a long period of time. A nozzle arm that is made of a polymeric material, or metal is ideal for applications requiring a long spray length. It should also be able to withstand the high velocity of the spray discharge.
The spray arm must be able to withstand the pressure exerted on it when the nozzle reaches a very high velocity. Some nozzle arms can be hydraulically controlled. This allows the operator to vary the speed at which the hose will shoot out.
Electrostatic spray nozzles are usually designed to prevent debris and other liquids from penetrating into the spray channel. To ensure that the spray does not leak into the surroundings, they must be made of high-grade plastic or metal.
To make sure that the spray arms do not leak, they should be covered with a plastic or metal shield that can be placed on top of the spray arm. These shields prevent the spray arms from leaking, while providing an attractive surface for the user to spray.
The nozzle is often attached to a remote control. This enables the user to determine the correct amount of spray required. Alternatively, if it is desired, the operator may also direct the spray at a particular location.
In some cases, the spray nozzle can be manually controlled, and this involves operating the nozzle by hand. The user should be able to operate the spray nozzle easily, and should not experience difficulty in operating the nozzle in wet conditions.
Although most of the nozzles available in the market have a self-contained spray chamber, some are available with a spray nozzles. This allows users to spray directly into the nozzle from their own spray guns.
While many of these nozzles can handle water and other liquids, some require external storage tanks for storing spray gun. If the nozzle requires storage, the user should ensure that the nozzle tank has sufficient space.