Investigation Of Condensation Type Elastomers
Report Number: WADC TR 55-221 Part 4
Author(s): Schweiker, George C., Verbanic, Carl J., Lucas, Blaine L., Gouinlock, Edward V., Marks, Burton S.
Corporate Author(s): Hooker Electrochemical Company
Laboratory: Materials Laboratory
Date of Publication: 1958-02
Pages: 78
Contract: AF 33(616)-2421
DoD Project: 7340
DoD Task: 73404
PB Number: PB131800
Identifier: AD0151009
Abstract:
The ultimate goal of the exploratory investigations described is the development of a rubber for special Air Force applications. Major requirements for such a material include good mechanical properties, high thermal stability (originally 300 F or higher), satisfactory performance at -65 F or lower, and resistance to aromatic fuels, synthetic ester-base oils, and hydraulic fluids. To this end, fluorine-containing condensation polymers are being investigated in an effort to discover and develop suitable new elastomers. This report describes the preparation, compounding, crosslinking, and properties of certain fluorine-containing polyester elastomers which appear to meet the goals outlined above. The report also describes the research performed on the synthesis of fluorine containing difunctional starting materials, polyesters and nitrogen-substituted polyamides therefrom, and their characterization.
Provenance: IIT
Author(s): Schweiker, George C., Verbanic, Carl J., Lucas, Blaine L., Gouinlock, Edward V., Marks, Burton S.
Corporate Author(s): Hooker Electrochemical Company
Laboratory: Materials Laboratory
Date of Publication: 1958-02
Pages: 78
Contract: AF 33(616)-2421
DoD Project: 7340
DoD Task: 73404
PB Number: PB131800
Identifier: AD0151009
Abstract:
The ultimate goal of the exploratory investigations described is the development of a rubber for special Air Force applications. Major requirements for such a material include good mechanical properties, high thermal stability (originally 300 F or higher), satisfactory performance at -65 F or lower, and resistance to aromatic fuels, synthetic ester-base oils, and hydraulic fluids. To this end, fluorine-containing condensation polymers are being investigated in an effort to discover and develop suitable new elastomers. This report describes the preparation, compounding, crosslinking, and properties of certain fluorine-containing polyester elastomers which appear to meet the goals outlined above. The report also describes the research performed on the synthesis of fluorine containing difunctional starting materials, polyesters and nitrogen-substituted polyamides therefrom, and their characterization.
Provenance: IIT