FASTData January 1999 Release| Descriptions | |
| FDMS: | Obtaining Data |
| Documentation Abstract: |
Computer-Aided Molecular Design of Fire Resistant Aircraft Materials. |
| Material: | Polyvinyl Alcohol (Liquid) |
| Lab: | National Institute of Standards and Technology |
| Sponsor: | National Institute of Standards and Technology |
| Date: | 9/22/1993 |
| Test Ref No: | T6048 |
| Tested by: | Jack Lee |
| Approved by Scientific Officer: | James Brown |
| Mass Lost: | 6028.24 g/m2 | Total Heat Released: | 115.811 MJ/m2 |
| Peak RHR: | 478.915 kW/m2 | Peak Mass Loss Rate: | 24.7851 g/m2s |
| Units | Test Mean | 60 s | 180 s | 300 s | |
| Heat Release | kW/m2 | 238.802 | 192.319 | 240.766 | 319.013 |
| Mass Loss Rate | g/m2s | 0.0178035 | 0.00984754 | 0.0126819 | 0.0167553 |
| Heat of Combustion | MJ/kg | 19211400 | 19.5297 | 18.9849 | 19.0395 |
| Specific Ext. Area | m2/kg | - | - | - | - |
| Carbon Dioxide | kg/kg | 1.6496 | 1.79351 | 1.68414 | 1.68151 |
| Carbon Monoxide | kg/kg | 0.0357145 | 0.010812 | 0.0321327 | 0.0340476 |
Flaming out time 11 min. 27 sec./687 second. Poly Vinyl
Alcohol. Sample blister at edge and spreads to center.
Sample smokes 3 minutes and over flow edges 7 min 30 second.
TUH/H20 analyzers are down-soot collected-spark ignite used
with foam glass and pan holder.
| Heat Flux: | 20 kW/m2 | Nominal Flow: | 24 l/s |
| Orifice Constant: | 0.0432443 | Heat per Unit Mass O2: | 13.1 J/kg |
| Heater Orientation: | H | Spark Ignitor Used: | Y |
| Grid Used: | N | Frame Used: | N |
| Conditioning: | 50 RH @ 296 K | Test Conditions: | 50 RH |
| Specimen Thickness: | - | Specimen Area: | 0.0043 m2 |
| Initial Mass: | 0.0283 g | Time of Peak RHR: | 445 s |
| Final Mass: | 0.00237857 g | Peak RHR: | 478.915 kW/m2 |
| Mass Lost: | 6028.24 g/m2 | Peak Mass Loss Rate: | 24.7851 g/m2s |
| Ignition Time: | 197 s | Peak Extinction Area: | - |
| Flameout Time: | 687 s | Total Heat Released: | 115.811 MJ/m2 |
| Publication Status: | Unpublished |
| Statistical Basis of Data: | Replicate data available for the same test method and test conditions |
| Material Development/ Production Status: | Experimental material |
| Evaluation Status: | Data have been validated |
| Laboratory Accreditation Status: | The laboratory is recognized by (inter)national accreditation bodies |
| Completeness of Material Description: | Partial information on material |
| Completeness of Test Procedure Description: | Standard test procedure |