PEHD bend 200/90, black color (HDPE drainage) 370.055.16.1

HDPE Segmental Bend – Reliability and Durability in the Drainage System

PEHD 200/90 segmental bend, made of high-density polyethylene (HDPE), is a key element of drainage systems, both inside and outside buildings. It provides a smooth and tight connection of pipes at a 90-degree angle, guaranteeing efficient drainage and long-lasting reliability. This is an ideal solution for installers looking for durable and easy-to-install elements, as well as for users who appreciate trouble-free operation of the drainage system for years.

Material Durability and Versatility of Application

The material used – polyethylene (PE-80) – is characterized by exceptional resistance to corrosion, the action of chemicals (approximately 95% of standard acids and bases) and UV radiation. Thanks to this, the bend retains its properties even in difficult atmospheric and environmental conditions. The possibility of laying in concrete further increases the scope of applications. This is particularly important in projects requiring high durability and resistance to mechanical damage.

• Chemical resistance: No worries about the action of cleaning agents or industrial substances.
• Mechanical strength: High-density polyethylene provides resistance to impacts and loads.
• UV resistance: Possibility of outdoor use without the risk of material degradation.
• Easy installation: Connections are made by butt welding or using electrofusion fittings, which ensures the tightness and durability of the connection.
• Versatility: Suitable for draining water from buildings, roof drainage, industrial installations and for laying in the ground, concrete or when building bridges.

The segmental bend with a nominal diameter of DN 200 has a bend angle of 90 degrees and plastic spigots designed for welding/fusion. The wall thickness of the connections is 7.7 mm, which ensures adequate mechanical strength. The working length of the connections is 300 mm, which facilitates the welding process and ensures a solid connection with pipes with an outer diameter of 200 mm. The design of the bend is designed to provide minimal flow resistance and maximum efficiency of the drainage system. High tensile strength guarantees the stability of the structure even under high hydraulic loads.