The necessity of having nonflammable versions of potting and encapsulating compounds and conformal coatings for space vehicles is discussed. The formulation, EPOCAST 87517 A/B, was found to have the best balance of thermal, electrical, mechanical, physical, and chemical properties of those evaluated. The requirements which this formulation did not meet are listed, and other formulations which were evaluated are summarized. Recommendations for improving EPOCAST 87517 A/B are included
New paint formulations, which combine aqueous latex paints with inorganic pigments and additives, pr...
The Aerospace industry has a long history of using low density polyurethane and polyurethane-modifie...
Thermochemical and other properties data is presented for the following types of epoxy materials: ad...
Appendices are presented which include: statement of work; material vendor contacts; formulation/pr...
Based upon extensive contacts with vendors, a broad array of non-flammable polymeric specie, and add...
Development of inorganic nonflammable potting, encapsulating, and coating compounds for spacecraf
The overall program objective was to develop a flexible compound which not only functioned in a mann...
Tables are presented which include: material properties; elemental analysis; silicone RTV formulati...
Siloxyurethane and epoxysilicone investigations in program to develop sterilizable electronic embedm...
Coating formulations were developed consisting of latex blends of fluorocarbon polymers, acrylic res...
New polymeric compositions appear useful as coatings on electronic circuitry operating in rigorous e...
Numerous acrylic and epoxy modifiers for the fluorocarbon latex resin base were investigated. Optimu...
The purpose of this document is to establish outgassing requirements and test guidelines for polymer...
A variety of intumescent coatings based on a fluorocarbon latex resin modified with either an acryli...
Chemical test procedures for analyzing potting compound bases for spacecraft construction material
New paint formulations, which combine aqueous latex paints with inorganic pigments and additives, pr...
The Aerospace industry has a long history of using low density polyurethane and polyurethane-modifie...
Thermochemical and other properties data is presented for the following types of epoxy materials: ad...
Appendices are presented which include: statement of work; material vendor contacts; formulation/pr...
Based upon extensive contacts with vendors, a broad array of non-flammable polymeric specie, and add...
Development of inorganic nonflammable potting, encapsulating, and coating compounds for spacecraf
The overall program objective was to develop a flexible compound which not only functioned in a mann...
Tables are presented which include: material properties; elemental analysis; silicone RTV formulati...
Siloxyurethane and epoxysilicone investigations in program to develop sterilizable electronic embedm...
Coating formulations were developed consisting of latex blends of fluorocarbon polymers, acrylic res...
New polymeric compositions appear useful as coatings on electronic circuitry operating in rigorous e...
Numerous acrylic and epoxy modifiers for the fluorocarbon latex resin base were investigated. Optimu...
The purpose of this document is to establish outgassing requirements and test guidelines for polymer...
A variety of intumescent coatings based on a fluorocarbon latex resin modified with either an acryli...
Chemical test procedures for analyzing potting compound bases for spacecraft construction material
New paint formulations, which combine aqueous latex paints with inorganic pigments and additives, pr...
The Aerospace industry has a long history of using low density polyurethane and polyurethane-modifie...
Thermochemical and other properties data is presented for the following types of epoxy materials: ad...