AS+ Low Noise Drainage System
Wavin AS+ is a mineral-reinforced polypropylene (PP) low-noise drainage system, manufactured for superior noise reduction in soil and waste applications.
The design boasts high-density, three-layer pipe structure ensures minimal sound transmission. While push-fit connections with pre-lubricated EPDM seals permit quick, easy, and reliable installation in buildings.
Features of AS+
AS+ Low Noise Drainage System
Impact resistance
Less than 10dB at 2LPS
Long Life
Chemical Resistance
UV Resistance
Drainage System
AS+ Low Noise Drainage System
Wavin AS+ design is specific for sound protection. It’s exceptional thick-walled design, unique molecular structure, and high material density of 1.9 g/cm³ controls the noise of drainage system.
The compact mechanism allows the system to absorb both airborne noise and mechanical vibrations. WAVIN AS+ low noise drainage system is best suitable for buildings, commercial complexes, and various industries, where noise control is essential.
Key features
AS+ Low Noise Drainage System
Easy pipe insertion due to the hexagonal spigot shape
AS+ drainage system easy to install and maintain due to it hexagonal spigot shape. The product is specially engineered to control the noise in drainage systems. The material polypropylene used in AS+ is completely recyclable.
- Helps to avoid/reduce flooding, droughts, ground water depletion
- No additional space requirement for rainwater harvesting
- Easy, faster and safe installation
- 100% recyclable material-PP
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AS+ Low Noise Drainage System
The AS+ Low Noise Drainage System absorbs airborne noise and mechanical vibrations, while swept branches minimize flow disturbances. With push-fit connections and pre-lubricated EPDM seals, installation is quick and reliable. Ideal for multi-story buildings, hotels, and hospitals, AS+ is perfect option for areas where noise control and efficient drainage are critical.
The high performance drainage system comes with a density of approximately 1.9 g/cm³ and an E-Modulus of around 1800 N/mm². It is capable of handling short-term temperature loads of up to 95°C and long-term stress at 90°C.
Area Of Application
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