Pafana NNPA 2516 S20 NOZ TOK.ISO 7 R — industrial nozzle ISO 7 connection

Pafana NNPA 2516 S20 NOZ TOK.ISO 7 R is an industrial nozzle designed for controlled fluid or gas flow where a standardized ISO 7 threaded connection is required. The nozzle model ISO7R2516P20 provides a repeatable interface for piping, valves, spray heads and other process equipment, enabling consistent performance in industrial installations that use ISO 7 threads.

Advantages

This industrial nozzle offers a standardized ISO 7 threaded connection for secure and leak-minimised mounting. Its construction ensures reproducible flow characteristics and straightforward replacement during maintenance. The design supports compatibility with common industrial piping and valve systems, simplifying integration into existing process lines while maintaining stable performance under typical operating conditions.

Suitable for

• Piping and valve connections requiring ISO 7 threads
• Spraying and atomization systems in industrial processes
• Process equipment where repeatable nozzle interface is needed
• Maintenance and replacement parts for industrial fluid systems

Key specifications

• Thread type: ISO 7 (standard pipe thread)
• Model series: NNPA 2516 S20 type nozzle
• Application: controlled fluid or gas flow in industrial systems
• Compatibility: designed for systems and fittings using ISO 7 threaded interfaces
• Typical use: installation in piping, valves, spray heads or process equipment

How to use

Install the nozzle into a mating component with an ISO 7 threaded port, ensuring threads are clean and properly matched. Use appropriate thread sealing method or tape where required by the installation standard and operating media. Tighten to the torque recommended for the mating material and thread size to avoid deformation. Verify alignment and flow direction before commissioning and perform pressure and leak tests according to site procedures prior to full operation.

Usage recommendations

Choose the nozzle material and sealing method based on the working fluid, temperature and pressure. Follow regular inspection intervals to check for wear, deposits or thread damage and replace the nozzle if flow characteristics change or sealing becomes unreliable.