NASA Langley has invented LaRC(exp TM) IA and IAX which are thermoplastic polyimides with good melting, thermal and chemical resistance properties. It was the objective of this contract to prepare and extrude LaRC (exp TM) polyimide onto aircraft wire and evaluate the polymers performance in this critical application. Based on rheology and chemical resistance studies at Imitec, LaRC (exp TM) IAX melts readily in an extruder, facilitating the manufacture of thin wall coatings. The polyimide does not corode the extruder, develop gel particles nor advance in viscosity. The insulated wire was tested according to MiL-W-22759E test specifications. The resulting wire coated with LaRC (exp TM) IAX displayed exceptional properties: surface resistanc...
The highlights of the program are outlined including two major accomplishments. TRW identified and d...
Two viable polyimide backbone materials have been identified that will allow the repair of polyimide...
Polyimide matrix composites were fabricated from unidirectional unsized AS-4 carbon fiber and a dope...
A linear thermoplastic polyimide, LARC-TPI, was characterized and developed for a variety of high te...
The aerospace and electronics industries have an ever increasing need for higher performance materia...
Thermoplastic polyimides are a class of promising high temperature polymers for aerospace applicatio...
Future civilian aircraft will require the use of advanced adhesive systems with high temperature cap...
Polyimide has been used extensively as the primary wiring insulation in commercial planes, military ...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
This report is about experimenting and developing uses for the new thermal plastic developed by Dr. ...
Polyimide insulated electrical wire has been widely used in the aerospace industry in commercial, mi...
A NASA Office of Safety and Mission Assurance (OS&MA) program to develop lightweight, reliable, and ...
A new linear, aromatic, thermoplastic polyimide, prepared from oxydiphthalic anhydride (ODPA) and 3,...
The NASA Langley Research Center developed polyimide system, LaRC PETI-9, has successfully been proc...
Eight thermoplastic polyimide resin systems were evaluated as composite matrix materials. Two resins...
The highlights of the program are outlined including two major accomplishments. TRW identified and d...
Two viable polyimide backbone materials have been identified that will allow the repair of polyimide...
Polyimide matrix composites were fabricated from unidirectional unsized AS-4 carbon fiber and a dope...
A linear thermoplastic polyimide, LARC-TPI, was characterized and developed for a variety of high te...
The aerospace and electronics industries have an ever increasing need for higher performance materia...
Thermoplastic polyimides are a class of promising high temperature polymers for aerospace applicatio...
Future civilian aircraft will require the use of advanced adhesive systems with high temperature cap...
Polyimide has been used extensively as the primary wiring insulation in commercial planes, military ...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
This report is about experimenting and developing uses for the new thermal plastic developed by Dr. ...
Polyimide insulated electrical wire has been widely used in the aerospace industry in commercial, mi...
A NASA Office of Safety and Mission Assurance (OS&MA) program to develop lightweight, reliable, and ...
A new linear, aromatic, thermoplastic polyimide, prepared from oxydiphthalic anhydride (ODPA) and 3,...
The NASA Langley Research Center developed polyimide system, LaRC PETI-9, has successfully been proc...
Eight thermoplastic polyimide resin systems were evaluated as composite matrix materials. Two resins...
The highlights of the program are outlined including two major accomplishments. TRW identified and d...
Two viable polyimide backbone materials have been identified that will allow the repair of polyimide...
Polyimide matrix composites were fabricated from unidirectional unsized AS-4 carbon fiber and a dope...