What are the Uses of Automatic Calibration Plastic Quick-release Spray Nozzles？
What are the uses of automatic calibration plastic quick-release spray nozzles?
Quick-release spray nozzle spray nozzle quick-release spray nozzle
The overall structure design of the plastic quick-release nozzle is novel and scientific, the nozzle body and the nozzle can be quickly separated, you can remove the nozzle from the nozzle body only by rotating the nozzle 90 degrees by hand, and no tools are needed, thus the maintenance downtime can be obviously reduced, and the nozzle is automatically prepared and positioned; The plastic quick-release nozzle all-round nozzle has an internal device stop block, so that the nozzle can be locked in the correct position after being loaded into the nozzle body, thus avoiding time-consuming manual adjustment, ensuring complete calibration every time installation, eliminating quality control problems caused by calibration errors, and resisting chemical corrosion and abrasion?
1. Automatic calibration plastic quick-release spray nozzle is composed of plastic quick-release main body (fixed seat), sealing ring and quick-release spray nozzle.
2. Compared with the integral structure, the quick-release series nozzle has the advantages of quick connection, quick disassembly, automatic alignment, saving maintenance and replacement downtime.
3. The flow rate provided by the automatic calibration plastic quick-release spray nozzle is lower than 3.1 L/min at 3 bar, and the flow rate provided by QC/QB type nozzle is 3.9 L/min or more at 3 bar pressure. When the small volume and weight of objects are important factors, it is most ideal to apply them.
4. Automatic calibration of plastic quick-release spray nozzles has been widely used in various industrial spray fields, and can be used normally under harsh industrial conditions to improve efficiency and meet industrial needs.
In the current industrial nozzle industry summary, the main application fields of the plastic quick-release nozzle book are the circuit board production, integrated circuit production, product washing and cleaning, etc. in electronic factories.