Radiant Reflect™ Radiant Barrier
- Metalized
- Aluminum
Radiant Reflect™ Reflective Insulation
- Single Bubble Dual-Reflect
- Single Bubble White/Reflect
- Double Bubble Dual-Reflect
- Double Bubble White/Reflect
Other Radiant Reflect™ Products
- Fabric
- Curtains
- Blankets
- Water Heater Jacket
- Aluminum Tape
Applications
- Common Applications
- House Wrap
- Radiant Flooring
- Crawl Space
- Attic
- Basement/Masonry Wall
- Side Wall
- Post Frame
- Specs
- New Construction
- Retrofit
- Metal Building
- Specs
- New Construction
- Retrofit
- Pipe Wraps
- Water Heater
- Greenhouses
- Recreational Vehicles
- Packaging
- Agricultural
- Helpful Tips
- Other Useful Applications
Radiant Flooring
Radiant Floor Heating is not a new concept. Centuries ago the Romans forced hot air under the floors of their housing structures. Also architect Frank Lloyd Wright ran hot water pipes throughout the floors of his many structures back in the 1930s. In fact, this application is so common in Europe over 50% of all newly constructed buildings are equipped with a radiant floor heating application.
Radiant heating provides whole floor comfort, quiet operation, eliminates drafts and dust problems from forced air and is invisible (no registers or radiators.)
Radiant Reflect™ bubble insulation is a great enhancement to any radiant floor heating application. It will keep your feet and floor space comfortable. Radiant Reflect™ bubble insulation is tough yet pliable, easy to install, is an excellent vapor barrier and increases efficiency in heating.
Radiant Reflect™ Bubble Insulation Used in Snow Melting
Use Radiant Reflect™ Bubble Insulation to insulate your next snow melt system. Snow melt systems provide for improved safety for patrons walking in ice and snow. These systems require less maintenance - no salting or shoveling. Pavement will last longer without the use of harsh chemicals to melt the snow and ice. Snow melt systems are used in several applications; driveways, walkways, hospital emergency room entrances, handicap access ramps, parking lots, loading docks, etc. No more snow removal!
- Under or Between Wood Joists
- In Concrete Floors.
- Over Wood or Existing Floor.
- In a Subfloor
Application Methods
Under or Between Wood Joists
- Unroll and staple Radiant Reflect™ Bubble Insulation under floor joists.
- Seal the joints and outer edges with tape.
- Using Radiant Reflect™ Bubble Insulation, install the insulation between the floor joists. Allow 4" - 6" below the heating coils or as recommended by manufacturer instruction.
- Staple into joists as shown in illustration.
- Seal ends using tape.
Method 1: USING Standard Edge Material
(This application achieves an R 16.8)
Method 2: USING Staple Tab Material
In a Concrete Floor
- Unroll Radiant Reflect™ Double Bubble White/Reflect over the sand or gravel, metalized film side facing the ground (white poly side up.)
- Butt the seams
- Seal the seams with 2" wide poly tape. All tape should be applied using a flat edge taping tool to assure good adhesion.
- Install radiant heating and then pour the concrete as usual
(This application achieves an R 1.1)
Builder's Note: Adding 1" of sand over the Radiant Reflect™ Double Bubble White/Reflect will facilitate water drainage and shorten the actual curing time.
Over Wood Floor
- Unroll Radiant Reflect™ Double Bubble White/Reflect over wood floor with material to be flush with walls. Install with white side facing up.
- Butt the seams
- Seal the seams with 2" wide poly tape. All tape should be applied using a flat edge taping tool to assure good adhesion.
- Install radiant heating then pour concrete over the white poly as usual.
(This application achieves an R 1.1)
In a Sub-Floor
- Unroll Radiant Reflect™ Double Bubble White/Reflect over existing wood floor with metalized film side facing up (white poly side down.) Cut material to be flush with walls.
- Butt the seams
- Seal the seams with 2" wide poly tape. All tape should be applied using a flat edge taping tool to assure good adhesion.
- Install sleepers
- Install floor.
(This application achieves an R 1.1)


