"Our GFP foil ceiling insulation technology delivers superior insulating capabilities, while offering distinct advantages over conventional products. Funded by a grant from the U.S. Department of Energy, researchers at the Lawrence Berkeley National Laboratory developed GFP thermal insulation technology, which can be used in a host of thermal and acoustic applications in industries ranging from packaging to transportation, aerospace to building. GFP technology consists of multiple, honeycombed layers of thin, low-e metalized aluminum. These baffled polymer chambers are enveloped by a sealed barrier and filled with either air or a low-conductivity gas. The same proven technology is also used in low-e double- and triple-paned gas filled windows.
Fi-Foil licensed this GFP technology and perfected the manufacturing process for large-scale production, with exclusive licensing rights for use in residential and commercial applications. GFP Insulation is being modeled in military tent applications to reduce energy use and was featured on a prototype floor of advanced sustainable products in New York. GFP won “the insulation product of the year” at the 2011 Global Insulation Conference.
Fi-Foils advanced GFP technology out-performs conventional insulation by many measures, and has been tested in accordance with international ASTM standards. Its defining features include: high thermal performance, excellent sound transmission class ratings and the ability to remain compact for easy storage and transport. It is also available in a variety of thicknesses and lengths based on your application and retards moisture and resists mold growth. "
● Gas-Filled Panel (GFP) Insulation Technology developed as a “Super Insulation” by Oak Ridge National Laboratory, funded by the U.S. Department of Energy
● Two (2) External Panels of Laminated Aluminum Foil Polymer
● Five (5) Internal Layers of Metalized Aluminum
● Low-e Internal Layers Expand to Form a Honeycomb Structure when expanded
● Air or Lower-Conductive inert gasses allow for different thermal performance levels; Inert Gases include Argon, Xenon or Krypton
● Ships Flat for low transportation costs
● Expands to 1-1/2" Insulation Panel at your location
● Standard panel: 16" or 24" x 48"
● Panels can be combined in the factory to desired sizes 48” x increments of 16” & 24”
● Fiber-Free
● Zero Mold Growth
● Lightweight
● Compact
● Addresses all three (3) modes of heat transfer: conduction, convection and radiation
● Dual-Action Air Pump, Air Compressor or Gas Bottles Required to Inflate Panels
● Supports Sustainability
● Add R5 to R13 for an individual panel (1 Layer GFP)
● Advanced Technology Using Low-Conductive Inert Gases Increases Thermal Performance
● Fiber-Free
● Zero Mold Growth
● Lightweight
● Compact
● Save Warehouse Space
● Save on Material & Shipping
Panel |
16" O.C (40.64cm) |
24" O.C (60.96cm) |
|
|
Weight: Pounds / SQFT |
.111 |
.105 |
|
|
Coverage |
5 SQFT |
8 SQFT |
|
|
Width Unexpanded |
17" (43.2cm) |
25" (63.5cm) |
|
|
Width Expanded |
15" (38.1cm) |
23" (58.4cm) |
|
|
Length Unexpanded |
66" (1.68m) |
66" (1.68m) |
|
|
Length Expanded |
48" (1.22m) |
48" (1.22m) |
|
|
Thickness Unexpanded |
1/64" (0.4mm) |
1/64" (0.4mm) |
|
|
Thickness Expanded |
1 1/2" (3.8cm) |
1 1/2" (3.8cm) |
|
|
Weight Unexpanded |
8.8 oz |
13.4 oz |
|
|
Weight Expanded |
8.9 oz |
13.5 oz |
|
|
Test Method |
Description |
Results |
ASTM E-96 |
Water Vapor Permeance |
Unexpanded: 0.00 |
ASTM E-84-07 |
Flammability |
Flame Spread Rating: < 20 |
|
|
Smoke Development Rating: < 65 |
|
|
Interior Wall & Ceiling Finish Classification: Class A |
ASTM D-3310 |
Corrosivity |
None |
ASTM C-1224-99 (9.2.1 & 9.2.2) |
Adhesive Performance |
Bleeding: None |
|
|
Delamination: None |
|
|
Pliability: No signs of cracking or delamination |
ASTM C-1338 |
Mold & Mildew |
Pass |
ASTM C-1371 |
Foil Emittance |
0.03 |
ASTM E-2129 |
Contributes to Building Sustainability |
|
● Meets LEED and other Green Building Program Requirements