Kineta PP 400x200 180° inlet type1 through-flow, for smooth rising pipe DN/OD 400mm and smooth inlet pipe 200mm, with gasket, orange color (Diamir 400 smooth) 2541130300

Through-flow bend for drainage pipes

The through-flow bend, made of orange polypropylene, is used to connect drainage pipes of different diameters. This model connects a smooth rising pipe with a diameter of DN/OD 400 mm to a smooth inlet pipe with a diameter of 200 mm. It is an essential element in the construction or modernization of wastewater drainage systems, both in residential and industrial construction.

Design and application

The bend design is based on push-fit socket connections, which ensures tightness and ease of installation. The gasket included with the bend guarantees additional connection security and prevents leaks. The purpose of this element is primarily to create branches in the drainage system, allowing the connection of further installation elements. A 180-degree angle allows for changing the flow direction in the installation.

Advantages and benefits

• Versatility: Possibility of connecting pipes of different diameters (400 mm and 200 mm) in one element.
• Tightness: The use of a gasket and socket connections ensures a high degree of connection tightness, minimizing the risk of leaks.
• Durability: Made of polypropylene, guaranteeing resistance to corrosion and the action of chemical substances present in wastewater.
• Easy installation: The push-fit socket system facilitates and speeds up installation, reducing the installer's working time.
• Mechanical resistance: The construction material provides resistance to mechanical loads occurring during operation.
• Compatibility: Suitable for use with smooth drainage pipes of the Diamir 400 type.

This bend is particularly useful during the construction of sewer connections, where it is often necessary to connect pipes of different diameters or change the direction of wastewater flow. Its solid construction and high quality of workmanship ensure long-term and trouble-free operation of the drainage system.