Double flanged fitting FF DN150x500, PN16, for water, GJS-ductile iron 45.260.150.500

Universal connector in water supply installations

The two-flanged spigot is a reliable connecting element designed for joining pipes in water supply systems and installations using other chemically inert liquids. Made of spheroidal cast iron (GJS), it is characterized by high strength and corrosion resistance, which guarantees long-lasting and safe operation. This particular model, with a diameter of DN150 and a length of 500 mm, operates at a pressure of PN16.

Construction and materials

The spigot is made of spheroidal cast iron (GJS-spheroidal graphite cast iron) according to EN-GJS 500-7 standard (formerly EN 1563). The use of this material ensures not only mechanical strength but also resistance to cracking and corrosion. The surface of the spigot is coated with epoxy powder paint RAL 5005, which further protects it from external factors and provides durable anti-corrosion protection – the coating thickness is a minimum of 250 µm for GJS. The flanges are made according to PN-EN 1092-2 standard, ensuring compatibility with other installation elements.

Application and benefits

• Versatility: ideal for water supply installations, including drinking water systems, as well as for transporting other chemically inert liquids.
• Strength: spheroidal cast iron provides high resistance to pressure and mechanical damage.
• Durability: epoxy coating protects against corrosion, extending the life of the element.
• Compatibility: flanges compliant with PN-EN 1092-2 standard facilitate installation and integration with other installation components.
• Safety: designed to operate at a pressure of PN16, which guarantees safe operation under typical conditions.
• Easy installation: the two-flanged design facilitates quick and precise connection with pipes.

Thanks to its solid construction and high-quality materials, this two-flanged spigot is a reliable solution for both professional installers and end-users looking for durable and safe elements for their water supply systems.