Double depth fitting for PP pipes Valsir PP3 with push-in D110mm VS0530007

Main Features of the Valsir PP3 Exhaust System

The Valsir PP3 drainage system represents an innovative and efficient solution in the field of hydraulic systems. Made of triple layer PP (polypropylene) pipes, it offers high quality fittings and accessories for drainage, ventilation and rainwater management systems. Thanks to its conception, the Valsir PP3 system stands out for its lightness and simplicity of installation.

Fast Installation and Superior Performance

With particular attention to acoustic efficiency, Valsir PP3 guarantees a noise reduction of 17 dB(A) with a flow rate of 2 litres/second. This makes it particularly suitable for use in residential buildings, where acoustic comfort is essential. Its ease of installation, combined with superior acoustic performance, make PP3 the preferred choice for internal exhaust systems.

Adaptability and Resistance

• Compatible with EN 1451 requirements, it is suitable for extremely variable installations, from low to high temperature exhaust systems up to internal ventilation and rainwater systems.
• Its smooth internal surface facilitates inspection operations, while its resistance to abrasion, corrosion and impacts at low temperatures allows for safe and long-lasting use.
• Wide range both in terms of diameters (from 32 mm to 160 mm) and fittings, ensures versatility and complete interoperability with other exhaust systems.

Functional advantages of the Valsir PP3 system

In addition to technical and acoustic performance, the system offers specific advantages for installation and maintenance. The presence of a socket with hydraulic seal significantly simplifies installation operations, reducing installation times and ensuring reliability over time.

Application Sectors

The flexibility and high performance make the Valsir PP3 system suitable for a vast range of applications. From civil buildings to industrial plants, passing through hospital and hotel facilities, it adapts perfectly to the specific needs of each context, guaranteeing efficiency and durability.