Reducing nipple FERRO N16Z 6/4" x 1" for plumbing fittings

FERRO reducing nipple N16Z with a 6/4" to 1" threaded connection is a metal plumbing fitting designed to join pipes or fittings of different diameters. The part provides a secure threaded transition between a larger 6/4" (1.5") connection and a smaller 1" connection, suitable for potable water and heating installations that require reliable mechanical joining and leak-resistant threads.

Advantages

This reducing nipple is manufactured from metal for mechanical strength and resistance to pressure typical in residential and commercial plumbing. The threaded design ensures a tight, removable connection without the need for soldering, while the stepped reduction allows direct coupling of components with different diameters. The product's compact form factor makes it suitable for use in confined spaces where a short threaded reducer is required.

Suitable for

• Connecting a 6/4" (1.5") pipe or fitting to a 1" pipe or fitting
• Domestic cold and hot water supply lines
• Heating system pipework where threaded reductions are needed
• Temporary or permanent threaded installations and repairs

Key specifications

• Material: metal construction for durability and pressure resistance
• Connection types: external threaded ends sized 6/4" and 1"
• Function: stepped threaded reducer for diameter transition
• Typical applications: water supply and heating systems
• Form factor: compact, short-length nipple suitable for tight installation spaces

How to use

Prepare the mating threaded fittings or pipes by cleaning the threads and applying an appropriate thread sealant such as PTFE tape or liquid sealant compatible with potable water if required. Screw the reducing nipple into the larger-diameter fitting first to ensure proper alignment, then connect the smaller-diameter component. Tighten with appropriate tools to achieve a leak-tight joint without over-torquing, which can damage threads or deform the fitting.

Usage recommendations

Verify compatibility of thread standards and material with existing installation components and operating conditions. Use thread sealant rated for the intended application (potable water or heating). Inspect connections after initial pressurization and periodically during service life for signs of leakage or thread corrosion.