Nozzle NW7.2 GZ1/2, M0 K26 GZ12

Universal Quick Coupling Nipple for Pneumatic Systems

This nipple, made of brass, is a reliable element for connecting hoses in pneumatic systems. Designed to work with type 26 quick couplings with a nominal diameter of NW7.2 (corresponding to an inner diameter of approx. 7.2 mm). It has a G1/2 inch internal thread, which facilitates installation and ensures a tight connection. It will be useful both in pneumatic workshops and in industrial installations.

Construction and Application

This nipple is a key element in systems transmitting compressed air. It is used to connect flexible hoses (pneumatic hoses) to installation elements with threaded connections. Made of brass, it guarantees corrosion resistance and long-term operation. A stainless steel (AISI 302) spring ensures a secure grip on the hose and prevents it from accidentally slipping out. This ensures a safe and reliable connection even under changing working conditions.

This nipple is used to connect pneumatic hoses to installations with a G1/2 inch internal thread. It is compatible with type 26 quick couplings with a nominal diameter of NW7.2. Made of brass, it provides durability and corrosion resistance. The stainless steel (AISI 302) spring guarantees a secure grip on the hose. Designed to operate in a temperature range from -20°C to +100°C and at a working pressure of up to 35 bar.

Advantages for Professionals and End Users

This nipple is a solid solution for both installers and end users:

• Quick installation: G1/2 inch internal thread facilitates and speeds up installation.
• Safety: Secure hose grip thanks to the stainless steel spring minimizes the risk of disconnection during operation.
• Durability: The brass body provides corrosion resistance and long-term operation in harsh industrial conditions.
• Versatility: Compatible with a wide range of type 26 quick couplings available on the market.
• Pressure resistance: Withstands a working pressure of up to 35 bar, making it suitable for applications requiring high performance.