Back to the Basics: Introduction

Back to the Basics: Introduction [Members Only] Duration: 5 min We recommend taking this brief 5 minute introduction to the “IBHS Presents: Back to the Basics” Series prior to beginning the individual courses. Who will benefit from the training: Claims Communications Marketing Product Development/Management Social Media Strategists Underwriting Any other person at a member company…

Back to the Basics: Hurricanes

Back to the Basics: Hurricanes Training [Members Only] Duration: 40min This module will provide a basic meteorological explanation of what hurricanes are, explore the threats they bring and identify the damage they cause to communities and the built environment. Having a better understanding of these severe weather events is key to preventing avoidable suffering and…

Commercial Wind Loss Training

Commercial Wind Loss Training [Members Only] Duration: 2.5 hours (Approx. 25-30 minutes per module) This five-part training will enable you to better identify, evaluate and understand how commercial building components perform when exposed to wind. If you have a better understanding of the impact that high winds can have on a building, you can provide…

IBHS Marks 30,000th FORTIFIED Designation at Atlantic Beach Home of NCIUA Strengthen Your Roof Grantee

The Insurance Institute for Business & Home Safety (IBHS) celebrated its 30,000th FORTIFIED Home™ designation at a home in Atlantic Beach, NC. The home’s resilient roof was funded in part by the Strengthen Your Roof program operated by the North Carolina Insurance Underwriting Association (NCIUA) and meets the stringent resilience requirements of the FORTIFIED program.

Impact Testing of High Concentrations of Small Hail

Research IBHS is investigating whether large quantities of small hail can lead to notable granule loss on asphalt shingles that would accelerate the decline of a roof’s service life. Preliminary results of this study indicate the following: More granules are lost after weathering of panels vs. storage of panels Granule loss was visible by human…