• EuroK 12 x 2mm PEX pipe fitting nut olive and insert for heating pipe connections
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Eurok 12 x 2mm Pex Pipe Fitting - Nut, Olive & Insert

Eurok 12 x 2mm Pex Pipe Fitting - Nut, Olive & Insert

SKU : PPA0135

Overview

The EuroK Manifold Blanking Cap is designed to seal unused ports on your manifold system. With a built-in rubber gasket, it ensures a secure, airtight seal, preventing leaks and ensuring the efficient operation of your system.
£3.43 GBP Excl. VAT: £2.86 GBP

In Stock
  • For warranty information, please refer to the manufacturer’s warranty policy or contact them directly.
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Description

EuroK Manifold Blanking Cap with Rubber Gasket

Product Part Number:

EuroK Manifold Blanking Cap – CBF0041

The EuroK Manifold Blanking Cap is designed to seal unused ports on your manifold system. With a built-in rubber gasket, it ensures a secure, airtight seal, preventing leaks and ensuring the efficient operation of your system.

Key Features:

Rubber Gasket Included – Provides a secure, leak-free seal.
Easy Installation – Simple to fit and remove as needed.
Durable Construction – Made to last, ensuring long-term performance.
Compatible with EuroK Manifold Systems – Designed to work seamlessly with EuroK manifolds.

Frequently Asked Questions

  • What fittings are needed to connect an underfloor heating manifold to the heating system?

    The required fittings depend on the manifold connections, primary pipework, heat source and system design. These may include isolation valves, adaptors, circulation components and suitable pipe connectors.

  • Are push-fit or compression fittings better for underfloor heating?

    Both can be suitable when approved for the application. The best option depends on the pipe material, fitting system, installation requirements and manufacturer guidance.

  • What is a blending valve and does my underfloor heating system need one?

    A blending valve mixes hotter flow water with cooler return water to provide a suitable temperature for underfloor heating. Whether one is required depends on the heat source, operating temperatures and system design.