Extruded Polystyrene XPS boards to suit 16mm pipe at 150mm centres
25mm x 1200mm x 600mm
Non foil backed
Tiles – can be laid directly on top with flexible tile adhesive.
Wooden or laminated floor – required levelling compound on top of the boards before laying wooden floors.
The XPS 25mm Routed Panel is a high-performance underfloor heating solution designed to accommodate 15mm or 16mm pipes with 150mm spacing, ensuring efficient and uniform heat distribution.
Key Features:
Compatibility: Suitable for installation on solid or screeded floors, as well as on 18mm ‘marine’ plywood, chipboard, or similar surfaces.
Pipe Spacing: Designed with 150mm centres to accommodate 15mm or 16mm pipes, providing an even distribution of heat.
Durability: Manufactured from high-density extruded polystyrene (XPS) with a compressive strength of 300 kPa, these panels are suitable for both residential and commercial applications.
Thermal Efficiency: The panels promote outstanding thermal output, ensuring efficient heat transfer and optimal performance of your underfloor heating system.
Moisture Resistance: Featuring low moisture absorbance, the panels maintain their integrity and performance even in humid conditions.
Specifications:
Dimensions: Each panel measures 1200mm in length, 600mm in width, and 25mm in depth, covering an area of 0.72 square meters per board.
Maximum Pipe Loop Length: Supports a maximum pipe loop length of 100 meters for 16mm pipes, allowing for extensive coverage without compromising efficiency.
Fire Retardant Class: Rated as Europe B Class, ensuring compliance with fire safety standards.
Flooring Compatibility:
- Tile Covering: These boards are suitable for tile coverings, providing a stable and durable base for various flooring options.
Applications:
The XPS 25mm Routed Panels are ideal for both residential and commercial properties, offering a reliable and efficient solution for underfloor heating installations. Their high compressive strength, excellent thermal performance, and low moisture absorbance make them a preferred choice for modern heating systems.