A fitter certainly has many advantages when choosing brass manifolds for implementing systems, whether they are sanitary or heating. The use of these items ensures assembly is more economical as the use of less rigid pipes speeds up the installation phase. The reliability of the system is also improved by having no joints below the floor, which can create discontinuities and could be a source of leakage.
In a heating plant, brass manifolds favour yield and temperature distribution because they implement a true parallel connection and therefore a constant temperature supply.
Compared with the old ring systems, temperature control is easier by using the appropriate valves in each room, but especially the use of brass manifolds requires less powerful circulation pumps with the associated savings in terms of electricity consumption. Their easy placement in wall boxes and the mounting flexibility allows you to create systems with separate but easily adjustable areas.
Made in CW617N and chrome-plated,
brass manifolds have a high resistance to dezincification, a corrosive phenomenon often exacerbated by the temperatures involved and the polluting elements dissolved in water, which is replenished directly from the public mains. They are available in different sizes either with a loose joint or with a shutoff.
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