PP bend 250/87.5 SN8 for external drainage 0710273390

Drainage bend PP 250/87.5 SN8 – reliability in the external drainage system

This drainage bend, made of polypropylene (PP), is designed for the construction of external drainage systems. It is characterized by an angle of 87.5° and a nominal diameter of 250 mm. It is an element connecting pipes, ensuring proper flow of wastewater and rainwater drainage. The stiffness class SN8 guarantees resistance to external loads, which is particularly important for underground installations.

The bend has a push-fit socket connection on one side and a reducing connector on the other, which facilitates assembly and ensures a tight connection. The range of fittings, which includes this element, is equipped with a gasket, which further protects against leaks. The possibility of using a locking or oil-resistant gasket expands the range of applications for this bend.

Construction features and application

The bend is designed for socket connection with external drainage pipes made of PVC or PP. Its construction ensures durability and corrosion resistance, which translates into a long service life of the installation. The 87.30° angle allows for precise adaptation to existing infrastructure and optimization of the drainage route. Therefore, the bend finds application both in new installations and in the modernization of existing drainage systems.

• Versatility: Compatible with PVC and PP pipes.
• Strength: Stiffness class SN8 provides resistance to external loads.
• Tightness: The gasket guarantees a tight connection and minimizes the risk of leaks.
• Easy installation: Push-fit socket connection facilitates and speeds up the installation process.
• Wide range of applications: The possibility of using an oil-resistant gasket expands the spectrum of applications for the bend.

This bend is an ideal solution for professionals involved in the installation of drainage systems and for individual customers carrying out construction and renovation projects. It provides reliability and durability of connections in the external drainage system, minimizing the risk of failures and costly repairs.