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This paper explores room temperature and low temperature properties of epoxy intumescent PFP coatings. Tensile properties and adhesion values down to –40°C were measured and will be discussed. Comparison between flexible, tough PFP coatings and hard, brittle PFP coatings will be presented.
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A brief history of cycles of exterior intumescent coating repair is presented; types of coating failure are identified; various depths of repair are illustrated; discoveries regarding the initial coating and; difficulties in effecting repairs are discussed.
When choosing a Fire-Protection material to meet building code requirements to insulate steel for a prescribed period to facilitate safe evacuations and emergency response from commercial buildings in the event of a fire, there are many factors that influence the selection of an Intumescent Fire Resistive Material (IFRM) over a Spray Applied Fire Resistive Material (SFRM). It could be a concern of the weight of the system; Portland Cement based SFRM’s are typically much heavier and bulkier than IFRM’s. Another factor could be durability, based on either corrosion resistance or the ability to withstand considerable physical or environmental damage.
Fire-resistant coatings distinguish themselves from regular coatings by serving a crucial function: providing additional time for evacuation in fire emergencies. Their primary role l ies in preventing structural collapse and offering insulation during fires, a function widely acknowledged and substantiated through certification evaluations conducted on numerous products worldwide. Key evaluation methods encompass BS, EN, UL, and class certifications.