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Valsir - Excellence in soundproofed waste systems, SILERE

Valsir - Excellence in soundproofed waste systems, SILERE

Brand: Valsir
Model No: SILERE
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Silere® is a push-fit system composed of pipes, fittings and accessories, industrialized, produced and patented by Valsir, that is capable of guaranteeing the lowest levels of noise on the market today

The pipes and fittings are produced with a mix of polypropylene and mineral fillers that guarantees high mechanical resistance, excellent acoustic performance and high resistance to agents.

Silere® pipes and fittings are made of a patented polypropylene-based mix (PP) and mineral loads (MF) that provide high mechanical characteristics and at low (impact resistance at -20°C) and high temperatures (at a continuous operating temperature as high as 95°C).

The Silere® waste system can transport waste liquids with PH values between 2 and 12, it has a high resistance to the most common chemical agents and is characterised by an extremely smooth surface, such as to prevent the accumulation of deposits inside the waste pipework.

 

Advantages

  • Excellent soundproofing performace measured in the Fraunhofer laboratories in Stuttgart, in compliance with European Standard EN 14366 equal to 6 dB(A) with a flow rate of 2 I/s (certificate P-BA 223-2006).
  • Speed and  ease of installation without the use of special tools, thanks to the push-fit jointing method. The socket joint doesn't require the extra use of harmful glues or solvents.
  • High impact resistance at extremely harsh temperatures (as low as -20 °C).
  • Resistance to intermittent discharges at temperatures as high as 95°C.
  • The pipes and fittings are characterised by a large thickness and high mechanical resistance.
  • High chemical resistance to substances dissolved in civil and industrial waste waters.
  • Wide range of transition fittings for connection to other waste systems in cast iron, PE, PP, PVC.
  • Wide range of diameters from DN 50 mm to DN 160 mm.
  • The product, its recyclability and the production processes are based on Green Building principles which promote respect for the environment and the conservation of natural resources.