Contractor Hires Lab to Test Endurance BioBarrie

Oct. 23, 2018

One of our mold remediation contractor clients was curious to see how well our Endurance BioBarrier Mold Prevention Spray worked under harsh conditions. So he hired an independent lab to test it.

Photo shows 2×4’s that were inoculated with mold spores and placed in 100% humidity chamber. Click on photo to enlarge it.

After 15 days, the treated wood on left has zero mold under microscopic inspection. The untreated wood has serious mold problems.

Conclusion: Endurance BioBarrier Mold Preven- tion Spray stops mold growth even under harsh conditions.

He was blown away by the results and was excited to send us a copy of the lab report.

Step 1. Test included 2 pieces of OSB particle board and 2 pieces of 2-by-4 wood.

The lab placed all wood into an autoclave to sterilize.
Wood was allowed to fully dry for 4 days in a breathable autoclave bag.
Then one piece of OSB and one 2×4 were lightly sprayed with Endurance BioBarrier Mold Prevention Spray and allowed to fully air dry.

Step 2. Harsh conditions created in lab.

All pieces of wood were then heavily inoculated with Cladosporium sp and placed into a 100% humidity chamber.

Step 3. Impressive results.

After 5 days, under microscopic inspection there was no mold growth on the treated wood. The untreated wood did show mold growth.
After 15 days in these harsh conditions, there was still zero mold growth detected under microscopic inspection! This photo shows results after 15 days.

What is driving these impressive results?

Our high-tech formula uses microscopic “sticky” polymers to invisibly bind a proprietary blend of EPA registered fungicides and biocides to virtually any indoor or outdoor surface, including carpets, canvas, and fabrics.

This invisible protective microscopic layer will last through 100’s of wet-dry cycles, the whole time inhibiting mold, mildew, germs and musty odors.
This is why we are able to offer such long-term guarantees.
Competitor’s salt-based mold cleaners and mold preventers get diluted or rinsed away when exposed to water, humidity or condensation.