Axial flow full cone nozzles are a common choice for extrusion tank nozzles due to their ability to provide a wide, even spray pattern. This type of nozzle is particularly well-suited for applications that require:

Uniform Coverage: Ensures consistent liquid distribution across the entire surface of the extrusion tank.
Efficient Mixing: Promotes thorough mixing of additives or colorants within the molten material.
Effective Cooling: Helps to rapidly cool the extruded product, improving its physical properties.
Precise Control: Allows for precise control of flow rate and spray angle to optimize the extrusion process.
Key Considerations for Selecting an Axial Flow Full Cone Nozzle for Extrusion Tank Nozzles:

Flow Rate: The nozzle must be capable of delivering the required flow rate of the liquid or molten material.
Spray Angle: The spray angle should be selected to ensure adequate coverage of the extrusion tank surface.
Material Compatibility: The nozzle material must be compatible with the liquid or molten material being sprayed.
Clogging Resistance: The nozzle should be designed to minimize clogging, especially when handling materials with high solids content or particulate matter.
Pressure Rating: The nozzle must be able to withstand the operating pressure of the extrusion tank.
Common Applications in Extrusion:

Cooling: Spraying water or other cooling fluids onto the extruded product to rapidly reduce its temperature.
Lubrication: Applying lubricants to the die and the extruded product to reduce friction and improve surface finish.
Cleaning: Removing residues and contaminants from the extrusion tank and equipment.
Additive Dispersion: Dispersing additives or colorants into the molten material.
By carefully selecting the appropriate axial flow full cone nozzle, manufacturers can optimize the extrusion process, improve product quality, and increase production efficiency.