Sockets
This category includes nickel-plated threaded pipe fittings designed for use in heating systems. The fittings are made from CW617N brass and feature internal-to-internal FF (female-female) threads. They are suitable for systems operating at a maximum temperature of +120°C and a nominal pressure of PN 10. These fittings are commonly used for connecting pipes in heating installations where durability and corrosion resistance are essential.
Available in standard sizes such as 1" x 1", 1/2" x 1/2", 3/4" x 3/4", and 5/4" x 5/4", these fittings ensure compatibility with a wide range of pipe systems. The nickel plating provides an additional layer of protection against oxidation and wear, making them ideal for long-term use in professional environments.
How to choose
- Confirm the internal-to-internal FF thread type matches your system’s pipe connections.
- Select the correct size based on the nominal diameter of the pipes being connected.
- Ensure the operating temperature of the system does not exceed +120°C.
- Verify compatibility with CW617N brass components in the existing installation.
- Check that the nominal pressure rating (PN 10) meets the requirements of the system.
Frequently asked questions
What is the maximum operating temperature for these fittings?
The fittings are suitable for systems operating at a maximum temperature of +120°C.
Can these fittings be used in systems with a nominal pressure higher than PN 10?
No, these fittings are rated for a nominal pressure of PN 10 only and should not be used in systems exceeding this rating.
Product sorting
List of products
This socket is designed for use in heating and plumbing systems by installers and...
This socket is designed for use in heating and plumbing systems by installers and...
This nickel-plated socket connects internal threads to internal threads in heating...
Listing controls
IVAR RF.800 N - water, heating, gas, underfloor heating pipework
IVAR RF.800 N pipe fittings : FF thread internal - internal, material nickel-plated brass OT 58, PN 10%

