Underfloor Heating Pipe Clips

Underfloor Heating Pipe Clips: Flexible and Secure Pipe Fixing

Underfloor heating pipe clips are versatile fasteners used to secure heating pipes to rails, mesh, or insulation during installation. They hold pipes firmly at the correct spacing and are quick to fit. This article covers the types, benefits, and use of pipe clips in underfloor heating.

What Are Pipe Clips?

Pipe clips are small, plastic U-shaped or snap-fit fasteners designed to hold heating pipes in place. They are used in conjunction with fixing rails, mesh, or rails systems to keep pipes at the correct center-to-center spacing. The clips simply click or slide into position over the pipe and the rail, providing a secure hold without the need for tools. They are available in sizes to suit 16 mm and 20 mm heating pipes and are commonly used in both residential and commercial underfloor heating projects.

Key Benefits

• Quick to fit: Snap or slide into place in seconds, speeding up installation.

• Secure holding: Keeps pipes firmly at the correct spacing during screed pouring.

• Pipe friendly: Smooth plastic will not scratch or damage the pipe surface.

• Corrosion resistant: Plastic clips will not rust or stain the screed.

• Reusable: Can be removed and repositioned during layout if needed.

How They Are Used

The clips are attached to a fixing rail or rail system at regular intervals. The heating pipe is then simply pressed into the clips, which hold it firmly in place. This method is particularly popular in systems using rail or rail-based fixing, as it allows fast and neat pipe laying. Clips are also used to secure pipes around bends and near the manifold, where additional support is required. Once the pipe network is complete and pressure-tested, the screed is poured over the top.

Conclusion

Underfloor heating pipe clips are a practical and efficient way to secure heating pipes during installation. By providing a quick, reliable, and pipe-friendly fixing solution, they help installers lay pipe networks faster and with fewer errors.