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05 | JOISTED Plated EPS system 1 underfloor heating system

BaseTM UFH Joisted Plated EPS system 1 specifically designed for use within a joisted floor construction. Installation directly between joists finishing flush with the top of the joist. Aluminium heat diffusion plates are compressed into a rigid EPS insulation panel only adding an additional 0.5mm to floor build up. The Aluminium heat diffusion plates offer high heat conductivity and quick system response.

  • Specification
  • SYSTEM
  • INSTALL

BaseTM UFH Joisted plated EPS system 1 to incorporate 16mm PEX pipe. Pipe to be installed to aluminium plate within pre-grooved rigid EPS insulation panel. Installation between joists in accordance with pipe layout design.

DOWNLOAD PLATED EPS 1 SPECIFICATION SHEET HERE

 

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SYSTEM

  • BaseTM JOISTED Plated EPS system 1 specifically designed for use within a joisted floor construction
    Installs directly between joists finishing flush with top of joist
  • Aluminium heat diffusion plate compressed into a rigid EPS insulation panel only adding an additional 0.5mm to floor build up
  • Pipework is tightly encased within aluminium heat diffusion plate ensuring even heat distribution across the floor area
  • Aluminium heat diffusion plates offer high heat conductivity and quick system response
  • Aluminium heat diffusion plate 1000mm x 390mm x 0.5mm to incorporate 16mm PEX pipe

INSTALL

  1. Rigid grooved EPS insulation installed tightly between joists to receive aluminium diffusion plate supported by the framework. Insulation panel and plate to finish flush to the top of the joist. Additional Insulation in accordance with required thermal performance and required building regulations
  2. 16mm PEX pipe to be installed directly into heat diffusion plate channels in continuous lengths from distribution manifold spaced according to underfloor heating design
  3. Joists to be notched in accordance with building regulation. Pipe to be fixed to joists using nail clips
  4. Pipework to be pressure tested and remain under pressure