PEX-AL-PEX Brochure

RadiantPEX-AL works great with SubRay for a
thin profile subfloor.
RadiantPEX-AL stays where you want it, making
tie-down easier.
RadiantPEX-AL bends to conform to the shape of
outdoor steps for snow melting.
You can install RadiantPEX-AL on the underside of a
subfloor, using underfloor plates.
Staple up below subfloors to heat
the room above.
>?@A;BBC
&'()'*+,-./01
>+'D;EF
GB)F+
H*F?;'+)B*
Install in a thin concrete, gypsum or
self-leveling floor.
>?@A;BBC
&'()'*+,-./01
>+'D;EF
GB)F+
IJ)*!K'FB*CLI);E
>?@A;BBC
>?@&'L
M
!!
>?@A;BBC!>LF+EK
&'()'*+,-./01
GB)F+
H*F?;'+)B*
Install over subfloors with the
SubRay system.
Pour concrete over for heating or
snow melting.
&E@'C#&EN)CE
O'@;E!I)EF
:C'(E
H*F?;'+)B*
&'()'*+,-./01
>;'@
The RadiantPEX-AL Advantage
RadiantPEX-AL is a composite tubing made of 3 layers
(Pex-Aluminum-Pex).
 Easier installations - bend it and it stays in place
 Almost no thermal expansion (85% less than PEX)
 Superior Aluminum Oxygen Barrier
 Smaller bend ratio than PEX
 Retains exibility in cold weather
Aluminum
adhesive
adhesive
Cross linked polyethylene
Cross linked polyethylene
RadiantPEX-AL construction
RadiantPEX-AL Is Built to Last
Pipe and ttings are manufactured to American Standard Testing Methods
for composite radiant pipe (ASTM F-1281-05). Included are requirements and
test methods for materials, workmanship, dimensions, environmental stress
cracking, sustained hydrostatic pressure strength, thermo-cycling resistance
and bend strength, among other tests. RadiantPEX-AL meets or exceeds
these specications.
Use RadiantPEX-AL for
Distribution Piping
Use RadiantPEX-AL as supply and
return piping to manifolds, fan coils,
baseboards and radiators. Once you
try it, you’ll never go back to using
expensive, time-consuming copper.
Cross-Linked Polyethylene x Aluminum x Cross-Linked Polyethylene