General
Legacy ID
21
Navy Self-Contained Breathing Apparatus (SCBA) Composite Cylinder Life Extension Research Project
Aug 30, 2012This research project was initiated to assess the risk associated using the US Navy SCBA composite cylinders (DOT FRP-1 and CFFC) beyond their 15 year service life to a maximum of 30 year of service from the original manufacturing date of the cylinder. This research project was...
Navy Self-Contained Breathing Apparatus (SCBA) Composite Cylinder Life Extension Research Project PDF
If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.
Metallurgical Evaluation of DOT-E-7042-3000 Cylinder D-99604
Feb 4, 1998The main purpose of this technical evaluation was to determine the cause of an aluminum cylinder failure in Riviera Beach, FL.
Key Words: SLC, sustain load crack, SCBA, DOT 3AL cylinder with gaseous oxygen, ruptured cylinder, SEM analysis, over pressurize
If you have any...
Metallurgical Evaluation of DOT-E-7042-3000 Cylinder D-99604 PDF
If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.
Metallurgical Evaluation of DOT-E-6498-2216 Cylinder
July 1, 1996The main purpose of this technical evaluation was to determine the cause of an aluminum cylinder failure in Morristown, NJ.
Key Words: SLC, sustain load crack, SCBA, DOT 3AL cylinder with gaseous oxygen, ruptured cylinder, SEM analysis, over pressurize
If you have any...
Metallurgical Evaluation of DOT-E-6498-2216 Cylinder PDF
If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.
Metallurgical Evaluation of DOT-E-6498-2216 Aluminum Gas Cylinder - T119168
May 3, 1999The main purpose of this technical evaluation was to determine the cause of an aluminum cylinder failure in Summerfield, NC.
Key Words: SLC, sustain load crack, SCBA, DOT 3AL cylinder with gaseous oxygen, ruptured cylinder, SEM analysis, over pressurize
If you have any...
Metallurgical Evaluation of DOT-E-6498-2216 Aluminum Gas Cylinder - T119168 PDF
If you have any technical questions not addressed by this or associated documents, contact Mark Toughiry, 202-366-4545.
Metallurgical Evaluation of DOT-3AL2015 Cylinder
July 1, 1996The main purpose of this technical evaluation was to determine the cause of an aluminum cylinder failure in Union City, GA.
Key Words: SLC, sustain load crack, SCBA, DOT 3AL cylinder with gaseous oxygen, ruptured cylinder, SEM analysis, over pressurize
If you have any...