High Point University was in the process of undergoing a strategic growth initiative on campus, which included the construction of the Nido and Mariana Qubein Arena, Conference Center and Hotel. The air barrier system specified on the project originally called for Henry Air-Bloc 17MR Vapor Permeable Air Barrier. Just before installing Air-Bloc 17MR, it was discovered that more than 5,000 square-feet of sheathing joints had inadvertently been treated using a silicone joint sealer. This presented a unique challenge for the air barrier contractor because of compatibly issues with silicone. This left the air barrier contractor with two options: remove the sheathing and reinstall with a compatible joint sealer or apply an air barrier system that was compatible with the silicone joint treatment already used.
After consultation with the Henry representative supporting the field installation, a new Air-Bloc system solution was selected – the air barrier contractor chose the new Henry Air-Bloc All Weather STPE fluid applied vapor permeable air barrier. Air-Bloc All Weather STPE – a single-component, moisture cure Silyl Terminated Polyether (STPE) water-resistive air barrier membrane – offered a solution that was compatible with the silicone joint sealer used. It was also compatible with Henry Blueskin SA, the flashing used on the job. Switching to Air-Bloc All Weather STPE enabled the construction crew to keep the project on schedule as well as save money in the long run.
As a result of its ability to work well with other silicone products, Air-Bloc All Weather STPE saved the air barrier contractor from replacing all of the sheathing. The Henry representative was able to serve as a trusted advisor to the challenge presented, allowing the contractor to continue installing the air barrier with confidence knowing that the Henry solution would keep the project on schedule and on budget.