A variety of intumescent coatings based on a fluorocarbon latex resin modified with either an acrylic resin or an epoxy resin were prepared. Several intumescent systems were used for these studies including some based on ammonium polyphosphate and others based on sulfanilamide. The best coatings developed had a high concentration (60-70% by wt.) of intumescent additives and had to be applied thick, approximately 100 mils, in order to have adequate intumescent/fire protection properties
Intumescent coatings which form a thick, uniform, fine celled, low density foam upon exposure to a h...
Intumescent coatings for small diameter air launched missiles were studied. An aerodynamically smoot...
A new approach to the problem of flammability by the use of materials obtained from foamy polyimide ...
Coating formulations were developed consisting of latex blends of fluorocarbon polymers, acrylic res...
Numerous acrylic and epoxy modifiers for the fluorocarbon latex resin base were investigated. Optimu...
Methods for manufacturing and producing fire protective intumescent coatings are described. The coat...
A program was completed at the University of Dayton Research Institute in which polyimide and phenol...
New paint formulations, which combine aqueous latex paints with inorganic pigments and additives, pr...
The overall program objective was to develop a flexible compound which not only functioned in a mann...
Based upon extensive contacts with vendors, a broad array of non-flammable polymeric specie, and add...
The development of fire-retardant coatings to protect surfaces which may be exposed to fire or extre...
Appendices are presented which include: statement of work; material vendor contacts; formulation/pr...
Reactive encapsulation methods for thermal stabilization of zinc orthotitanate resin paints for spac...
The characteristics and applications of various materials for fireproofing aerospace vehicles are di...
The necessity of having nonflammable versions of potting and encapsulating compounds and conformal c...
Intumescent coatings which form a thick, uniform, fine celled, low density foam upon exposure to a h...
Intumescent coatings for small diameter air launched missiles were studied. An aerodynamically smoot...
A new approach to the problem of flammability by the use of materials obtained from foamy polyimide ...
Coating formulations were developed consisting of latex blends of fluorocarbon polymers, acrylic res...
Numerous acrylic and epoxy modifiers for the fluorocarbon latex resin base were investigated. Optimu...
Methods for manufacturing and producing fire protective intumescent coatings are described. The coat...
A program was completed at the University of Dayton Research Institute in which polyimide and phenol...
New paint formulations, which combine aqueous latex paints with inorganic pigments and additives, pr...
The overall program objective was to develop a flexible compound which not only functioned in a mann...
Based upon extensive contacts with vendors, a broad array of non-flammable polymeric specie, and add...
The development of fire-retardant coatings to protect surfaces which may be exposed to fire or extre...
Appendices are presented which include: statement of work; material vendor contacts; formulation/pr...
Reactive encapsulation methods for thermal stabilization of zinc orthotitanate resin paints for spac...
The characteristics and applications of various materials for fireproofing aerospace vehicles are di...
The necessity of having nonflammable versions of potting and encapsulating compounds and conformal c...
Intumescent coatings which form a thick, uniform, fine celled, low density foam upon exposure to a h...
Intumescent coatings for small diameter air launched missiles were studied. An aerodynamically smoot...
A new approach to the problem of flammability by the use of materials obtained from foamy polyimide ...