What is Reflective Bubble Insulation?
TempShield™ Reflective Insulation Provides Multiple Benefits
TempShield™ insulation
products consist of one or two layers of Barrier Bubble material laminated
between layers of metalized film to provide excellent thermal resistance. The
bubble contains an air retention layer designed to provide increased strength
and puncture resistance.
Insulation is used to either contain heat for maintaining warmth, or to resist
heat for maintaining cold. In many applications, radiation is the dominant mode
of heat transfer. TempShield™ foil
bubble is considerably more effective than conventional insulations in reducing
radiant heat transfer.
TempShield™ foil bubble
reflects up to 95% of radiant energy in addition to resisting other types of
heat transfer thus providing effective insulation. insulation.
High-Efficiency Performance
Thin, lightweight material provides resistance against the three types of heat
flow: conduction, convection and radiation. It forms an effective barrier
against moisture, air currents and vapors, while resisting fungus, insects and
nesting rodents.
Easy to Use
It’s lightweight, compact and pliable yet resistant to punctures, tears and
cracking. Conforms easily to fit complex shapes. Installation is quick and
simple.
Outstanding Safety, Health and Environmental Benefits
Clean, non-toxic, fire-retardant (Class A/Class 1) and made with 20% recycled
plastic. No special clothing or protective equipment is necessary for handling
or installation.
Cost-Effective and Versatile
An economical solution for a wide range of industrial, manufacturing and
consumer applications.
Typical Applications for TempShield™ Reflective Insulation
- Original equipment manufacturers (OEM)
- Commercial and residential building
- Insulation for food and drug shipping
- Automotive/transportation
- Retail/do-it-yourself
Roll Widths: 16 in., 24 in., 48 in., 60 in., 72 in.
Special Order Custom sizes available 96 in. or 120 in.
Various standard roll lengths and custom lengths available upon request.
