Flanged tee DN80x80, PN16, for water, GJS-ductile iron 45.580.080.080

Flanged tee for water – reliability and durability in every connection

This DN80x80 flanged tee, with a nominal pressure of PN16, is a key element of plumbing installations, designed to branch flow in drinking water systems and other chemically inert liquids. Made of high-quality spheroidal cast iron (GJS), it guarantees long-lasting and trouble-free operation even in demanding conditions.

Solid construction and top-class materials are the basis of its reliability. Spheroidal cast iron is characterized by high mechanical strength and corrosion resistance, which translates into a long service life of the element and minimizes the risk of failure. Flanges facilitate assembly and disassembly, and also ensure a tight connection with other installation elements.

Application and benefits:

• Plumbing installations: ideal for building new and modernizing existing water distribution systems.
• Drinking water: approved for contact with water intended for human consumption.
• Chemically inert liquids: possibility of use in installations transporting other liquids that do not cause corrosion of spheroidal cast iron.
• Easy installation: flanged connection allows for quick and convenient installation without welding. This saves time and labor costs, especially appreciated by installers.
• Durability and reliability: spheroidal cast iron provides resistance to mechanical damage and corrosion, which translates into a long service life of the tee. For the end user, this means peace of mind and no need for frequent repairs or replacements.
• Compliance with standards: the product meets the applicable standards for plumbing fittings, which guarantees its safety and compatibility with other installation elements.

This tee is an investment in a solid and trouble-free plumbing installation – both for professionals and end users who value quality and durability. Thanks to its precise workmanship and the use of high-quality materials, it guarantees safe and efficient water transport for many years.