Premium Compression End Cap for Polyethylene and PPR Pipes - Durable Fitting for Pressurized Fluid Distribution


Price:
Sale price£4.88
 |  (Inc. VAT)

In stock, ready to ship

In stock, ready to ship

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Description

Description

Premium Compression End Caps are essential components for closing off sections of polyethylene (PELD, PEMD, and PEHD) and PPR pipes, specifically designed for the distribution of pressurized fluids in irrigation and water systems. These fittings meet the requirements of the Water Regulations Advisory Scheme for potable water and can operate in temperatures ranging from -10°C to 80°C.

These fittings do not require complete disassembly for installation, making them user-friendly and efficient. They are designed and tested to ensure a PN16 working pressure, making them suitable for various applications including drinking water conveyance systems in aqueducts and civil installations, irrigation and gardening, fire-fighting systems, geothermal systems, waste and industrial water conveyance, and compressed air systems.

Installation Instructions

  • Cut the pipe squarely and chamfer the ends.
  • Loosen the nut to open the clinching ring to facilitate easier pipe insertion. The nut and the internal components (thrust ring and O-ring) should not be removed from the body.
  • Gently push the pipe into the fitting until it stops inside the body.
  • Tighten the nut completely. The fitting is now ready for use.

Technical Specifications

Specification Measurement
Colour Black/Blue
Working Temperature and Pressure 20°C - 18bar
45°C - 10.8bar
70°C - 3.4bar
Service Temperature Long Term Minimum (°C) -10
Service Temperature Long Term Maximum (°C) 80
Material Type Pipe Fittings

FAQ

  • What materials are used in these fittings?
    These fittings are made from durable materials suitable for high-pressure applications.
  • What is the maximum working pressure?
    The fittings are designed to withstand a maximum working pressure of PN16.
  • Can these fittings be used for hot water applications?
    Yes, they can operate at temperatures up to 80°C, making them suitable for hot water systems.

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