POLYSYSTEM is a complete polypropylene pipe and fitting system for the distribution of hot and cold water in plumbing and air conditioning systems, for the conveyance of drinking water and alimentary fluids, industrial plants and for the transport of compressed air and chemical substances.

The pipes and fittings that compose the POLYSYSTEM range are manufactured using random copolymer polypropylene (PPR80 and PPRCT), a plastic material with a special molecular structure ensuring high mechanical resistance and duration, even at high temperatures and pressures.

The properties and other features of the various components make the POLYSYSTEM system a valid alternative to traditional material used in plumbing installations.

POLYSYSTEM products are manufactured in compliance with the German DIN 8077/78 standards that correspond to EN 12.202 standard project – parts 1, 2, 3 and 5 – that has almost reached its final version.

POLYSYSTEM is one of the most complete PPR pipes & fittings system in the world starting from 20mm to 315mm which can be installed by socket fusion, butt fusion and electrofusion welding technology.

POLYSYSTEM ranges products using random Polypropylene (PP-R, PP-RP and PP-RCT) for the transport of hot and cold water and are used for different types of installations: From plumbing systems in housing, hotels, hospitals, cruise ships, chemicals abd compressed air etc.

Compliance with standards is ensured by constant monitoring – including tests carried out in external laboratories – by international certification bodies that certified the products made by NUPI Industrie Italiane S.p.A.

Use of POLYSYSTEM in substitution to metal installations for the distribution of hot water allows two distinct types of energy saving to be achieved by users.



POLYSYSTEM can be used in a pseudo static situation (bathtub or shower and washing machine using hot water) or in a transitory situation (washing of hands or small objects).

In the first case, the lower thermal loss of the material reduces passive heat loss by around 20% for a non-insulated pipe or, at the same loss rate, it reduces the insulating material thickness by around 15%.

In the second case, lower thermal conductivity allows water supply which is sufficiently hot even when the pipe has not reached the working temperature. In this case, the energy saving related to POLYSYSTEM pipes is higher than 10% with peaks up to 20%.