The CEPEX Compression Equal 90° Elbow is a durable polypropylene (PP) compression fitting designed for use in polyethylene (PE) pressure pipe systems. With a range of metric sizes from D16 to D110 mm, this elbow provides a 90° directional change without reducing bore size—ensuring minimal pressure drop and reliable long‑term performance. Built to European standards and engineered for water distribution, irrigation and filtration applications, this fitting provides ease of installation, excellent sealing and longevity under pressure.

Key Features

• High-Quality PP Construction – UV-stabilised, corrosion-resistant, and suitable for outdoor installation

• Secure Compression Ends – Easy to assemble and tighten by hand or with a plastic spanner

• Wide Size Range – Available in sizes from 16mm to 110mm

• Compatible with HDPE Pipes – Designed to work with most PE pipe types

• Suitable for High Pressure – PN16 rated for most models

• No Welding or Cement Needed – Simplifies and speeds up installation

Available Sizes (Compression)

• 16mm

• 20mm
  

• 25mm

• 32mm
  

• 40mm 

• 50mm

• 63mm

• 75mm

• 90mm

• 110mm
  

Technical Specifications

• Material: UV-stabilised polypropylene (PP)

• Working Pressure: Up to 16 bar (PN16), depending on size

• Colour: Black body with blue compression nut

• Temperature Range: 0°C to 60°C

• Certifications: ISO 17885, ISO 14236, WRAS-approved (select models)

Applications

• Irrigation and agricultural water supply systems

• Borehole and pump outlet branching

• Water filtration and softener system connections

• Industrial water lines

• Residential and commercial plumbing

Benefits

• Quick and reliable installation

• Corrosion-free and resistant to most chemicals

• Reusable and long-lasting

• Suitable for buried or above-ground use

• Offers flexibility in branching and layout design

What You Get

• 1 x CEPEX Compression Equal 90° Elbow (select size)

• Ready-to-install, fully assembled unit

Important Note

Product images are for illustrative purposes only and may not always reflect the exact scale, dimensions, or thread types.