• Twin Groove HEP Plate 395mmx1000mm 200mm c.c for16mmØ pipe]

    £8.16

    Our twin groove aluminium HEP plate is a high-performance heating element designed for use in underfloor heating systems on suspended timber systems. With its efficient heat transfer and durable construction, this plate provides reliable and comfortable warmth throughout your space. Designed to fit between 400 centre joists, spacing the pipe at 200 centres

  • Triple Groove HEP Plate 395mmx1000mm 133mm c.c – 16mm pipe

    £9.66

    Our triple groove aluminium HEP plate is a high-performance heating element designed for use in underfloor heating systems on suspended timber systems. With its efficient heat transfer and durable construction, this plate provides reliable and comfortable warmth throughout your space. Designed to fit between 400 centre joists, spacing the pipe at 133 centres

  • Single Groove HEP “J” Plate 165mm x1000m [for16mm Ø pipe]

    £5.27

    Our single groove aluminium HEP plate is a high-performance heating element designed for use in underfloor heating systems on suspended timber systems when you need to fit from below. With its efficient heat transfer and durable construction, this plate provides reliable and comfortable warmth throughout your space. Designed to fit from below, the special “J” style means you can fix plates in plate before adding pipe making install easier.

  • Fortis TIMBER 22mm Structural Panel 1200x600mm P5

    £25.75

    Fortis Timber board directly replaces standard 22mm structural chipboard flooring. This system is ideal for engineered joist systems and uneven joist centres (max 600 centres). Replacing the subfloor aboard with this means you can bring the pipe above the board, massively increasing thermal outputs over a normal HEP system.

  • Fortis TIMBER 22mm Return Panel 800x600mm P5

    £31.70

    Fortis Timber board directly replaces standard 22mm structural chipboard flooring. This system is ideal for engineered joist systems and uneven joist centres (max 600 centres). Replacing the subfloor aboard with this means you can bring the pipe above the board, massively increasing thermal outputs over a normal HEP system.