The preliminary evaluation of crosslinked polyphenyl quinoxaline (X-PPQ), LARC-TPI, ethyl terminated polysulfone (ETPS), and crosslinked polyimide (X-PI) as adhesives is presented. Lap shear strength stability under thermal, combined thermal/humidity, and stressed and unstressed Skydrol exposure was determined. The X-PPQ, LARC-TPI, and X-PI exhibited good adhesive performance at 505K (450 F) after 1000 hours at 505K. These three polymers also performed well after exposure to combined elevated temperature/high humidity, as well as, to Skydrol while under stress. The ETPS exhibited good ambient temperature adhesive properties, but performed poorly under all other exposure conditions, presumably due to inadequate chain extension and crosslinki...
Adhesive based polyimide solutions which are more easily processed than conventional aromatic polyim...
High temperature cycling tests of high performance adhesives for aerospace application
A hot-melt processable copolyimide previously studied and characterized as an adhesive for bonding T...
The evaluation of three phenylquinoxaline polymers as high temperature structural adhesives is prese...
The long term thermal aging data initiated in Phase 1 is reported. All candidate adhesive systems ha...
Eight different Ti-6Al-4V surface treatments were investigated for each of 10 candidate resins. Prim...
The aerospace and electronics industries have an ever increasing need for higher performance materia...
Results are described of the work performed to develop a structural adhesive system which possesses ...
Adhesive development is directed towards elevated temperature applications (200-300 C). Because of t...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
The evaluation, selection, and demonstration of structural adhesive systems for supersonic cruise re...
Three surface treatments for Ti-6Al-4V adherends were evaluated using a thermoplastic polymer monoet...
Future civilian aircraft will require the use of advanced adhesive systems with high temperature cap...
A commercially available LARC-TPI film and an experimentally prepared film of LARC-TPI with 5 mol % ...
An addition polyimide adhesive, LARC 13, was developed which shows promise for bonding both titanium...
Adhesive based polyimide solutions which are more easily processed than conventional aromatic polyim...
High temperature cycling tests of high performance adhesives for aerospace application
A hot-melt processable copolyimide previously studied and characterized as an adhesive for bonding T...
The evaluation of three phenylquinoxaline polymers as high temperature structural adhesives is prese...
The long term thermal aging data initiated in Phase 1 is reported. All candidate adhesive systems ha...
Eight different Ti-6Al-4V surface treatments were investigated for each of 10 candidate resins. Prim...
The aerospace and electronics industries have an ever increasing need for higher performance materia...
Results are described of the work performed to develop a structural adhesive system which possesses ...
Adhesive development is directed towards elevated temperature applications (200-300 C). Because of t...
High temperature structural resins are required for use on advanced aerospace vehicles as adhesives ...
The evaluation, selection, and demonstration of structural adhesive systems for supersonic cruise re...
Three surface treatments for Ti-6Al-4V adherends were evaluated using a thermoplastic polymer monoet...
Future civilian aircraft will require the use of advanced adhesive systems with high temperature cap...
A commercially available LARC-TPI film and an experimentally prepared film of LARC-TPI with 5 mol % ...
An addition polyimide adhesive, LARC 13, was developed which shows promise for bonding both titanium...
Adhesive based polyimide solutions which are more easily processed than conventional aromatic polyim...
High temperature cycling tests of high performance adhesives for aerospace application
A hot-melt processable copolyimide previously studied and characterized as an adhesive for bonding T...