Double flanged fitting FF DN80x300, PN16, for water, GJS-ductile iron 45.260.080.300

Double flanged fitting for water supply installations

The double flanged fitting FF DN80x300, made of spheroidal graphite cast iron (GJS), is a reliable and durable solution for connecting pipes in water supply systems. Designed for use with drinking water and other chemically inert liquids, it provides a safe and tight connection. Its construction and material guarantee corrosion resistance and long-term operation.

Construction and application

This double flanged fitting, with dimensions DN80x300 and a nominal pressure of PN16, is used to connect pipes of the same diameter. It has two flanges allowing easy installation with screws and gaskets (not included). Made of spheroidal graphite cast iron, it is characterized by high mechanical strength and pressure resistance. It is ideal for building water supply networks, industrial installations and irrigation systems.

Product advantages:

• Durability and resistance: Spheroidal graphite cast iron (GJS) provides high resistance to corrosion, pressure and mechanical damage - which translates into a long service life of the element.
• Connection tightness: The double flanged construction guarantees a secure and tight connection of the pipes, minimizing the risk of leaks.
• Versatility: Designed for drinking water and other chemically inert liquids, which expands its range of applications.
• Easy installation: The double flanged design facilitates the installation and disassembly of the fitting, which is particularly important when servicing the installation.
• Compliance with standards: The product meets industry standards, ensuring safe use.
• Resistance to weather conditions: Spheroidal graphite cast iron is resistant to the effects of atmospheric factors, allowing the fitting to be used both indoors and outdoors.

Thanks to its solid construction and high-quality material, this double flanged fitting is a reliable element of every water supply installation. It is an investment in the safety and durability of the system.