A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Test Methods for Fire Hazards of Construction Plastics
The report studies the applicability of three small scale methods ISO 5657 (Fire tests - Reaction to fire - Ignitability of building products), ASTM D 3014 (Flame height time of burning and loss of weight of rigid cellular plastics in vertical position), and NT FIRE 013 (Plastics-candle like combustion, minimum oxygen concentration) in testing of building plastics. The small scale methods are compared with each other and with burning crib tests in larger scale. Eight rigid cellular plastics containing phenolic, polyurethane, polyisocyanurate and polystyrene were tested in each method. Also three additional phenolic cellular plastics and three PVC coverings were tested in two small scale methods. The results show that there is no strong linear correlation between any of the small scale methods or the larger scale, but the building insulating plastics can by ISO 5657 be separated into similar groups (containing the same materials) as by the larger scale method. (Copyright (c) 1988, Valtion teknillinen tut kimuskeskus.)
Test Methods for Fire Hazards of Construction Plastics
The report studies the applicability of three small scale methods ISO 5657 (Fire tests - Reaction to fire - Ignitability of building products), ASTM D 3014 (Flame height time of burning and loss of weight of rigid cellular plastics in vertical position), and NT FIRE 013 (Plastics-candle like combustion, minimum oxygen concentration) in testing of building plastics. The small scale methods are compared with each other and with burning crib tests in larger scale. Eight rigid cellular plastics containing phenolic, polyurethane, polyisocyanurate and polystyrene were tested in each method. Also three additional phenolic cellular plastics and three PVC coverings were tested in two small scale methods. The results show that there is no strong linear correlation between any of the small scale methods or the larger scale, but the building insulating plastics can by ISO 5657 be separated into similar groups (containing the same materials) as by the larger scale method. (Copyright (c) 1988, Valtion teknillinen tut kimuskeskus.)
Test Methods for Fire Hazards of Construction Plastics
R. Kallonen (author)
1988
38 pages
Report
No indication
English
Building Standards & Codes , Construction Materials, Components, & Equipment , Materials Sciences , Insulation , Flammability testing , Standards , Cellular plastics , Flammability , Fires , Ignition , Mathematical models , Experimental data , Foreign technology , ISO 5657 , ASTM D 3014 , NT FIRE 013
Test methods for fire hazards of construction plastics
| TIBKAT | 1988
Methods of reducing fire hazards during construction
| Engineering Index Backfile | 1928