Small diameter piping: Plumbing and heating installations
Choosing the appropriate pipe
Regarding its technical characteristics, stainless steel pipe and multi-layer pipe perform similarly
in plumbing and heating applications for temperatures not exceeding 90 degrees. In this case,
both materials and very similar expansions.
In the case of solar thermal installations for domestic hot water, the use of stainless steel is
recommended as it withstands temperatures of up to 200 degrees using specific gaskets resistant
to high temperatures.
Many professionals question whether the 316 Stainless Steel Fittings chokes the fluid passage,
but it is true that this choking is corrected with the so-called "speed effect" or "speed effect".
This refers to the behavior of the fluid flow when it passes through the throttled tube in the part
and comes out again to a larger diameter.
Regarding its physical properties, multilayer pipe has a similar behavior as stainless steel
because, thanks to its aluminum layer, when it bends the tube, it maintains its shape. However,
PEX pipes tend to correct themselves and lose this curvature.
Between the PEX pipe and the multilayer, if we talk about a large housing development, the
installation with multilayer will be somewhat more expensive since it has an aluminum layer that
gives it greater rigidity. In small diameters (up to 32 mm, for example) the PEX pipe is more
competitive.
Piping in large diameters: Industrial sector and large works
With large diameters (greater than 32mm), Stainless Steel Flanges manufacturers are referring to
industrial uses or works such as hospitals, schools, universities, shopping centers, underground
parking lots, hostels and restaurants, etc. in auxiliary services such as fire fighting systems, tank
cleaning ducts, compressed air or gas.
In this type of works we must also take into account the pressure to which the pipes are subjected.
Systems such as multilayer support up to 10 bars, while systems such as stainless steel certify a
working pressure of up to 16 bars.