Spray Polyurethane
Foam (SPF) is used as insulation inside building walls, on
temperature-controlled transportation equipment,
on roofs, on tanks, on portable or temporary structures;
as waterproofing in wall spaces, attics and on roofs; as an air barrier
in commercial, industrial and residential construction; as part of a
multi-component high-build protective coating system, and a wide range
of other applications.,
This
short video shows one of SPF's unique
applications developed for the military:
Click
Below textsmall
Spray
Polyurethane Foam (SPF) is a thick (generally 1-2") coating applied
with plural-component spray equipment.
Two liquids chemically "crosslink" and react instantaneously; expansion
of the foam starts immediately - before it even reaches the surface;
Full expansion often takes only seconds, with expansion 20-30 times the
volume of the
original liquids. In exterior roofing and other exposed
applications SPF
is ready for a protective/reflective topcoat (acrylic, polyurea,
polyaspartic, polyurethane, silicone...) within minutes.
Spray
Polyurethane Foam is an excellent roof coating component when topcoated
with acrylic, polyurethane or silicone-polymer topcoats - often one of
these coating systems will be topped with roofing gravel for increased
durability.
SPF not only provides superb insulation, it forms
a monolithic, seamless, fully-sealed moisture and air barrier.
Smaller HVAC systems can be used (or existing ones used less
often) with pollutants, pollen, and other environmental intrusions
significantly reduced.
Call
Innovative today for more
information on Spray Polyurethane Foam for Commercial, Institutional,
High-Rise and Industrial Applications.
|
|
Installation and
Training Photos:
Extensive Classroom & Hands-on Training
SPECIAL
FEATURES -
Cures
in Seconds
No Odor
NO VOC'S
- A cost-effective material that
significantly reduces
heating/cooling costs.
- Excellent insulating, moisture and air
barrier
properties - permanent, strong, non-sagging
- Helps
control interior building temperatures -
R values of 6.5 to 7 per inch
- Fast
becoming an integral part of the "building envelope" in new
construction and restoration projects.
|
