Fire and Polymers: Materials and Solutions for Hazard Prevention, Volume 797
Gordon L. Nelson, Charles A. Wilkie, American Chemical Society. Division of Polymeric Materials: Science and Engineering
American Chemical Society, 2001 - Technology & Engineering - 411 pages
This text represents the state of the art in the field of fire and polymers, with specific emphasis on non-halogen approaches to flame retardancy, including additives and intrinsically fire-retardant polymers (fire-smart polymers). It is divided into six sections: noncomposites, fire-smart polymers, polyurethanes, non-halogen (ecofriendly) flame retardants, halogen flame retardants and assessment and performance of flame retardant polymers.
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Recent Studies on Thermal Stability and Flame Retardancy
Fire Smart Polymers
24 other sections not shown
2001 American Chemical acetate acid additives American Chemical Society analysis antimony oxide aromatic ASTM Bourbigot Bras burning Camino carbon char formation char yield Chem chloride clay coating combustion compounds Cone Calorimeter copolymer copper(I cross-linking deca-BDE decrease Delobel effect elastomers epoxy EVA8 extruder FBZB fibers Figure fire performance fire retardant flame retardant flammability foams formulations FR-HIPS gases graphite halogen heat flux heat release rate heating rate ignition increase intercalated intumescent Levchik LOI values mass loss mechanism melamine modified monomer nanocomposites nylon oxygen oxygen index PA-6 nano peak phosphate phosphorus PHRR polyester polyimide polymer polymeric Polymeric Materials polystyrene polyurethane properties pyrolysis ratio reaction residue resins samples sccm shown shows smoke spectra structure styrene surface Table temperature thermal decomposition thermal stability Thermogravimetric analysis thermoplastic toxicity versus viscosity volatile weight loss zeolites zinc borate