Floating Floor

Floating Floor Heating System:

Our Floating Floor Heating System is the perfect solution for concrete solid floor constructions, delivering quick, clean, and highly efficient heating. Made from a grooved insulation board, this system comes in various materials and thicknesses (minimum 20mm), offering flexibility to meet your specific needs.

Key Features of the Floating Floor System:

• Efficient Heat Distribution: Pre-cut channels in the boards are designed to hold aluminium spreader plates and pipes, ensuring even and effective heat distribution across the floor.
• Quick and Hassle-Free Installation: The system requires no drying time, offering a quick and easy alternative to screeded systems.
• Improved Structural Support: Recommended tongue and groove chipboard or cementitious boards provide additional structural strength and enhance thermal retention.
• Flexible Design Options: Available in various materials and thicknesses, making it adaptable to different construction requirements.
• Wide Compatibility with Floor Finishes: Suitable for use under a variety of floor coverings, including carpets, tiles, laminates, and timber.
• Optional Acoustic Performance: For projects requiring part E acoustic performance, the system can be paired with an acoustic quilt or mat for enhanced sound insulation.
• Reliable Heating Output: With a maximum output of 100w/m², our system ensures consistent and comfortable heating throughout the space.

How It Works: The Floating Floor Heating System is laid directly over the concrete subfloor, providing a stable base for the underfloor heating pipes. The grooved insulation board features pre-made channels to securely hold aluminium spreader plates and pipes, which are then connected to a warm water UFH system. The system is completed with your chosen floor finish, providing efficient, even heating without the need for drying time or complicated installations.

This versatile system combines fast installation, enhanced structural support, and highly effective heating performance.