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Tests, Approvals
& Case Studies

Learn More About Energy Star
has obtained approval for use in every state and local jurisdiction that acceptance has been requested.
Hardwood Plywood
Manufacturers Association
A Microbial Resistance Evaluation of Indoor Materials
Report on surface burning characteristics determined by ASTM-E 84 Twenty-five foot tunnel furnace test method.

The normal 10 minute test was extended to 30 minutes with the following results:
Flamespread Factor: 0
Fuel Contributed Factor: 0
Smoke Density Factor: 0

The apparent thermal resistance of a specimen of a cementitious foam insulation material density:
2.07 lbs. per cubic foot @ 24C (75F)
K factor = .257 per 1 inch thickness
R factor = 3.9 per 1 inch thickness Twin City Testing Corporation Report of shrinkage test conducted according to ASTM: C951, Par. 8.5 results:
Shrinkage, Inches: 0.00
Percent Shrinkage: 0.00 Consumer Product Safety Commission
Result of sample analysis report on air krete® : Totals Formaldehyde: None detected Formaldehyde in air: Non detected Penniman & Brown, Inc.
Chemists, Engineers, Inspectors - Baltimore, Maryland, Analytical Division Report of analysis sample of reacted foam insulation identified as air krete® , was qualitatively checked for formaldehyde: No evidence of formaldehyde was found. Hardwood Plywood Manufacturers Association Report on smoke density characteristics determined by NBS-Aminco Smoke Density Chamber. These test results demonstrate:
air krete® is non-toxic.

air krete® Insulation Sample

Executive Summary / Project Description

Quality Sciences, Inc. (AQS) is pleased to present the results of its microbial resistance evaluation of air krete's indoor material identified as “ air krete® Insulation Sample”. AQS conducted this study using a microbial test protocol following the requirements of ASTM Guideline D 6329-98 (1). This ASTM method is established to study indoor materials for their ability to support mold growth. Testing of the indoor material was conducted using static environmental chambers operating at 75% humidity
(considered a *high normal” for indoor commercial spaces) and 95% humidity (considered an extreme moisture condition within buildings). air krete's indoor material was inoculated with two representative indoor molds, Stachvbotrvs chartarum and Eurotium amstelodami, and growth rates were measured over a three-week period as the materials were exposed in the two humidity environments. Mold growth is considered significant if it exceeds 20% of the initial baseline levels. Test methodology
and results are given in the attached summary reports.


Results show that the “ air krete® Insulation Sample” was resistant to mold growth at both 75% and 95% relative humidities. Neither molds were found to amplify in the materials at either humidity.