Silent-PP HT 50x58/90 long connection elbow, sanitary, for low-noise internal drainage, black color 390.287.14.1

Quiet and efficient drainage installation

Silent-PP HT 50x58/90 connection elbow is an element of an internal drainage system, designed to reduce the noise of flowing wastewater. Made of polypropylene (PP-MD), it ensures durability and corrosion resistance, which translates to a long service life of the installation. A 90-degree bend and extended design facilitate installation and connection to other system components.

Design and application

This elbow is designed to connect pipes with diameters of 50 mm and 58 mm, allowing for flexible adaptation to various installation configurations. It uses push-fit connections, which simplifies the connection process – it does not require complicated tools or specialized skills. The working length of the connections is 109 mm and 200 mm respectively, ensuring a stable and tight connection. Use in Silent-PP systems guarantees a reduction in noise levels compared to traditional drainage installations.

Advantages for the installer and user

• Noise reduction: The PP-MD material and the elbow design dampen the sounds of flowing wastewater, improving the comfort of using the building.
• Durability and resistance: Polypropylene is a material resistant to the action of wastewater, chemicals and corrosion, ensuring long-term use without the need for replacement.
• Easy installation: Push-fit connections allow for quick and easy installation without the use of glue or welding – saving time during installation.
• High strength: The material is characterized by high tensile strength, which ensures the stability and safety of the entire installation.
• Compliance with standards: The elbow is made of high-quality materials that meet the required industry standards.
• Versatility: Can be used in various types of buildings – both in single-family homes and in multi-family buildings or commercial facilities.
• Acoustic optimization: Optimized design minimizes sound transmission inside the building.