Underfloor Heating Diffuser Plates

Underfloor Heating Diffuser Plates

Underfloor Heating Diffuser Plates provides 270-degree contact between the pipe and the panel, delivering higher thermal conductivity, Aluminum panels are lightweight, with an installed weight of just 1.5 lb/ft2, reducing the need for any structural reinforcements of the subfloor and increasing response time. These die-formed aluminum heat plates snap into the grid modules and help conduct heat from the tubing into the floor. Easy to install Reduces energy cost Increases comfort Convenient for use in staple up systems

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Product Description

Underfloor Heating Diffuser Plates Video

HWALU Underfloor Heating Diffuser Plates

  • Underfloor Heating Diffuser Plates Omega-shaped groove provides 270-degree contact between the pipe and the panel, delivering higher thermal conductivity
  • This design results in better directional efficiency with reduced downward heat transfer
  • Panels are only 5/8 in. (16 mm) thick minimizing need to change construction techniques
  • Aluminum panels are lightweight, with an installed weight of just 1.5 lb/ft2, reducing the need for any structural reinforcements of the subfloor and increasing response time
  • 90% lighter than a typical overpour


Features Of Aluminum Heat Transfer Products

  • Available for 3/8" or 1/2" PEX tubing.
  • Single channel plates 5" width .019" thickness
  • Double channel plates 12.5" width .024" thickness
  • 24" or 48" lengths
  • Custom lengths and packaging are available.

The following flooring types may be installed above this type of system:

i. Nail-down solid hardwood
ii. Floating hardwood
iii. Engineered hardwood
iv. Glue-down wood flooring
v. Carpet (broadloom or tiles)
vi. Vinyl (sheet or tiles)
vii. Ceramic tile

Underfloor Heating Diffuser Plates

Testimonial from a Customer:

“1bought a Flir C2 infrared camera and shot some pics of my cottage's radiant floor.I did the hardwood floor with no aluminum heat plates and the bath floor with Radiant Engineering's heat transfer plates that go on the top of the plywood. As you can see in the infrared picture,there is a substantial difference in the heat transfer to the floor surface."


Single Groove - Heat Transfer PlatesDouble Groove - Heat Transfer Plates
Material : 26 gauge stamped aluminum sheet
Dimensions : 5” x 24” (127mm x 609.6mm)
Pipe sizes : 3/8”, 1/2” & 5/8”
Material : 26 gauge stamped aluminum sheet
Dimensions : 13” x 24” (330.2mm x 609.6mm)
Pipe sizes : 3/8”, 1/2” & 5/8”

using aluminium heat transfer plates

Applications Of Aluminum Heat Transfer Products

Under the Sub-floor installation - Between Floor Joist - Engineered Floor Boards - Between plywood installation (Sandwich Installation)

Underfloor Heating Diffuser Plates are necessary for most radiant heating installations that are not encased in concrete. They improve the conductivity of heat out of the radiant tubing and increase the surface area of the system to speed heat transfer to the building.

Radiant floor heating systems like to tout that they are the "most efficient" method of heating a home. The high efficiency of radiant systems only happen due to the low required water temperatures to satisfy the heating load. So the lower the required water temperature to heat your home the more energy savings you will enjoy. The right heat transfer plate can mean money in your pocket.

No heat transfer plates - highest required water temperatures to handle the building heat load

Underfloor Heating Diffuser Plates - This allows for the lowest required water temperatures and highest heat transfer of any plate system. 
Underfloor Heating Diffuser Plates can be used in underfloor staple up radiant floor installations. They can also be use in radiant walls and above floor sleeper systems to improve heat transfer and energy efficiency.

Advantage Of Aluminum Heat Transfer Products

  1. These die-formed aluminum heat plates snap into the grid modules and help conduct heat from the tubing into the floor.
  2. They're also used in staple-up systems to secure PEX tubing to the underside of the sub-floor to maintain contact between the tubing and the sub-floor.
  3. Excellent way to transfer heat when used with either 1/2 in or 5/8 in PEX tubing
  4. Easy to install
  5. Reduces energy cost
  6. Increases comfort
  7. Convenient for use in staple up systems

Contact us for product selection. We are glad to help.

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