Reducer (eccentric) PEHD 160x110 short, black color (HDPE sewerage) 369.586.16.1

High-quality reducer for HDPE sewage systems

The PEHD 160x110 eccentric reducer is a key element of modern sewage installations, made of high-quality PE-80 polyethylene. The component is designed to reduce pipe diameters from DN 150 to DN 100 (160mm → 110mm), ensuring a reliable connection in wastewater drainage systems.

Construction and technical parameters

The eccentric model with a total length of 80 mm is characterized by precise manufacturing while maintaining required tolerances. The first connection has an outer diameter of 160 mm with a working length of 35 mm and a wall thickness of 6.2 mm, while the second connection has an outer diameter of 110 mm with a working length of 37 mm and a wall thickness of 4.3 mm.

The surface finish in the raw state provides optimal conditions for the butt welding or electrofusion process, guaranteeing durable and leak-proof connections. The black color of the component is not merely an aesthetic feature - it contains special additives protecting against UV radiation.

Application and compatibility

The reducer is an integral part of the Geberit HDPE sewage system, which finds wide application in building water drainage, roof drainage installations, and industrial and commercial facilities. The system works well in both conventional gravity installations and vacuum roof drainage systems.

The PE-80 material provides high tensile strength and mechanical resistance to shocks, drops, and impacts. The component retains its properties even during short-term pressure exposure, without cracking or permanent deformation.

Chemical resistance and operating conditions

The product exhibits exceptional resistance to approximately 95% of all standard bases, acids, and chemicals, making it ideal for industrial and laboratory applications. Additional UV protection allows for long-term outdoor storage for many months without material degradation.

The Geberit HDPE system is suitable for installation directly in concrete and soil, maintaining full functionality in diverse ground conditions. Connections are made using specialized machines via butt welding or electrofusion couplers, ensuring a uniform structure for the entire system.