PP compression cap 32 PN16 for PE pipes, black/blue color 4027709

Universal Clamping End Cap DN 32 PN16 – Quick and Secure Closure for PE Pipes

Made of polypropylene (PP) with an NBR rubber seal, this end cap ensures a leak-tight closure for polyethylene pipes with a nominal diameter of 32 mm at a maximum operating pressure of 16 bar. Thanks to its clamping ring design, the component can be installed manually – no specialized tools or welding are required. This solution is suitable for both water supply and sewage systems, and its two-color housing (black/blue) facilitates identification on-site.

Key Practical Advantages

• Fast installation – simply fit the end cap onto the pipe and tighten the ring; the entire process takes only a few seconds.
• High resistance – PP material and NBR seal withstand exposure to chemicals and ambient temperatures.
• Full leak-tightness at 16 bar – meets PN16 pressure system requirements, eliminating the risk of leaks.
• Versatile application – suitable for water supply and sewage systems, as well as repair and modernization works.
• Compatibility with SDR 11 standard – ensures proper flow and minimizes pressure losses in the network.
• No additional protection required – the raw surface does not need any pre-installation treatment.

Application and Installation Guidelines

This end cap is designed for PE system pipes with an outer diameter of 32 mm. Installers appreciate its simplicity – after fitting the component onto the pipe, simply apply the clamping ring and tighten it manually or using a basic open-end wrench. This allows for quick closure of pipeline sections during maintenance work or preparation of connection points for future installations.

For the end user, this means:

• no need for costly tools,
• confidence in a durable, leak-free closure,
• the ability to quickly restore full system functionality after a short interruption.

By choosing this end cap, you obtain a robust connection that complies with KIWA standards and industry norms, ensuring long-term reliability of the entire hydraulic system.