RADIANT FLOOR
APPLICATIONS
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
1930's. 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.)
TempShield™ is a great enhancement to
any radiant floor heating application. It reflects 97% of the
radiant energy striking its surface - keeping your feet and floor
space comfortable. TempShield™ is
tough yet pliable, easy to install, radiates heat in desired
direction, is an excellent vapor barrier and increases efficiency in
heating.
TEMPSHIELD™ USED IN
SNOW MELTING
Use TempShield™ 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!
Application
Methods:
- Under or Between Wood Joists
- In Concrete Floors
- Over Wood or Existing Floor
- In a Subfloor
Method 1: USING
Standard Edge Material
- Unroll and staple Tempshield™ under floor joists.
- Seal the joints and outer edges with tape.
Method 2: USING Staple Tab
Material
- Using Tempshield™, 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.
- Unroll Tempshield™ Concrete Pad over the sand or gravel,
aluminum 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.
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Builder’s Note: Adding 1” of sand over the Tempshield™
Concrete Pad will facilitate water drainage and shorten the actual
curing time.
- Unroll Tempshield™ Concrete Pad 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.
IN Sub Floor
- Unroll Tempshield™ Concrete Pad over existing wood floor with
aluminum side facing up (white poly side down.) Cut material to be
flush with walls.
- Butt the seams.
- Seal the seams with 2” wide foil tape. All tape should be
applied using a flat edge taping tool to assure good adhesion.
- Install sleepers.
- Install floor.
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