Flanged tee DN150x100, PN16, for water, GJS-ductile iron 45.580.150.100

Flanged tee for water supply systems

This flanged tee, made of spheroidal graphite cast iron (GJS), is designed for connecting pipes in water supply systems, including drinking water and other chemically inert liquids. Its construction and material ensure durability and corrosion resistance, making it a reliable element of the system. Thanks to the flanged connections, installation is quick and safe, and replacement if necessary – easy.

Characteristics and application

This tee with dimensions DN150x100 and nominal pressure PN16 is used for branching pipelines. Made of spheroidal graphite cast iron (GJS), it is characterized by high mechanical strength and resistance to cracking. This is particularly important in water supply systems, where variable pressure and temperature conditions prevail. It can be used both in new installations and during the modernization of existing ones.

Product advantages

• Durability and resistance: Spheroidal graphite cast iron (GJS) ensures long-term operation without the risk of corrosion.
• Safety: Nominal pressure PN16 guarantees safe operation of the installation under standard conditions.
• Easy installation: Flanged connections allow for quick and secure installation using standard tools.
• Versatility: Suitable for drinking water and other chemically inert liquids.
• Compliance with standards: Flange connection dimensions compliant with PN-EN 1092-2 standard ensure compatibility with other installation elements.
• Mechanical strength: GJS material provides high resistance to mechanical damage during transport and use.
• Crack resistance: Spheroidal graphite cast iron is characterized by better crack resistance than traditional gray cast iron (GJL).

Additional information: the tee has catalog number 45.580.150.100 and is manufactured by BOHAMET-ARMATURA SPÓŁKA Z O.O.. The surface of the tee is coated with a minimum 250µm thick epoxy powder paint (RAL 5005), which provides additional protection against corrosion.