Spray Nozzle

Hollow Cone nozzles have a wide range of uses in industry. The main areas of use are:

Agriculture:

It is used in agricultural pesticide applications. It forms fine droplets, covering plant leaves evenly and providing effective protection against pests.

Chemical Industry:

Used for gas washing and cooling processes in chemical reactors and towers. It increases reaction efficiency by providing homogeneous distribution.

Fire Extinguishing:

It is used in fire extinguishing systems, especially for cooling large areas and preventing the spread of fire.

Cooling Systems:

It is used in industrial cooling processes to cool hot surfaces quickly and evenly.

Cleaning Applications:

It provides fast and effective cleaning of large areas in applications such as tank cleaning and surface cleaning.

Advantages

Even Distribution:

The hollow cone shape ensures that the sprayed liquid is spread evenly over a wide area.

Efficiency:

It ensures maximum contact of the liquid with the surface by creating fine droplets, thus increasing process efficiency.

Various Application Areas:

Thanks to its ability to spray at different angles and flow rates, it can be used in a wide variety of industries.

Durability:

Since they are made of high quality materials, they are long-lasting and durable.

Hollow Cone nozzles play an important role in industrial processes with their technical features and wide application areas. The appropriate nozzle selected by taking into consideration factors such as spray angle, flow rate, material and pressure range increases efficiency and reduces costs in businesses. Therefore, the correct selection and use of Hollow Cone nozzles is of critical importance in many industrial processes.

Technical details

Hollow Cone Nozzles are specially designed devices used to spray liquids. These nozzles disperse the liquid by creating a hollow cone shape when spraying. The main technical characteristics of these nozzles are:

Spray Angle:

Hollow Cone nozzles can spray in a wide range of angles. Spray angles are generally available ranging from 30° to 180°.

Flow rate:

These nozzles control the amount of liquid (flow rate) sprayed under a certain pressure. There are different flow capacities that vary depending on the nozzle design and inlet pressure.

Material:

They can be produced from various materials such as stainless steel, plastic, brass, silicon carbide. The material chosen according to the intended use determines the durability and chemical resistance of the nozzles.

Pressure Range:

Working pressures generally range from 0.5 bar to 20 bar, but designs that can withstand higher pressures are also available for special applications.

Structure and Design:

Its internal structure is designed to allow the liquid to move outwards with centrifugal force. In this way, the liquid is sprayed in the form of a hollow cone.