• Hose length: 10 feet long
• Porter male quick connect on one end
• Maximum operating pressure is 200 ps
• Durable construction ensures a reliable gas flow

The Belmed O2/N2O Duplex hose Porter male Quick connect with a length of 10 feet and a maximum pressure of 200 psi is an absolutely critical, high-performance component specifically designed for safely and efficiently delivering essential medical-grade gases Oxygen (O2) and Nitrous Oxide (N2O) from a central, plumbed wall outlet system to the dental flowmeter unit. This hose is engineered with superior quality and is a necessity for any modern dental operatory that utilizes gas sedation.

The design features a smart duplex configuration, which ingeniously integrates both the distinct O2 and N2O lines into a single, organized assembly. This integration not only reduces clutter in the operatory but also prevents tangling and potential mix-ups between the two gas lines, thereby significantly enhancing safety and workflow efficiency. The connection system features a Porter male quick connect fitting on one end.

This popular connector style allows for a rapid, secure, and reliable connection to a compatible wall or cabinet-mounted gas outlet, ensuring a leak-tight seal every time. On the opposite end, the connection is designed to attach securely to the dental flowmeter, often utilizing DISS (Diameter Index Safety System) connections which are safely housed within the hose assembly. Furthermore, the robust construction is specifically engineered to handle the high operating conditions, reliably maintaining gas flow at a maximum pressure of 200 psi (pounds per square inch).

If you're searching for a highly effective and reliable tool for superior, safe delivery of O2 and N2O gases across a larger operatory space, the best Belmed O2/N2O Duplex hose Porter male Quick connect is a definitive choice for any dental professional. The exceptional 10 feet length of this hose assembly offers maximum flexibility and extended reach, making it perfect for larger treatment rooms or configurations where the flowmeter needs to be positioned further from the wall gas source. This assembly ensures uncompromised patient safety and peak performance of the nitrous oxide/oxygen delivery system.