When reviewing an insulation material's fire endurance
, three factors must be considered: fire resistance, toxicity and performance in the presence of combustible chemicals.
Inspired by the water-cooling concept of filament wound GFRP pipe used in , this concept, developed by Keller et al., was applied in the fire endurance of pultruded GFRP multicellular panels [3, 4].
Hugi, "Fire endurance of loaded and liquid-cooled GFRP slabs for construction," Composites Part A: Applied Science and Manufacturing, vol.
Tracy, Fire endurance of multicellular panels in an FRP building system [Ph.D.
These include, but are not limited to: fire resistive coatings (intended to increase fire endurance
of interior and exterior steel and other structural materials); protective coatings (for substrates subject to corrosive, caustic, or acidic agents; temperatures over 150 [degrees] F; and repeated heavy abrasion including pipes, pumps, and tanks); historic building preservation coatings; parking garage traffic marking coatings; recycled coatings; and interior swimming pool/repair coatings.
The ten Eurocodes are European standards each containing several parts which cover particular technical aspects, such as fire endurance
, the design of bridges, safety, ease of maintenance, sturdiness and sustainability.
Its UL classification for fire endurance
(and explosion rating) ensures that contents are protected in case of extreme heat change.
Two wall assemblies using 2 by 6 western lumber and one 2 by 4 wall assembly passed the fire endurance