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Melamine/monoammonium phosphate complex as the polyphosphate substitute in flame retardant coatings

Korotkov, Anton S.

Synthesis of the melamine–monoammonium phosphate complex and its application for fireproof intumescent paints are reported. The experimental intumescent liquid samples appear smooth with excellent rheology and thixotropicity; they produce good expanded chars with satisfactory time of fire resistance in the case of a simulated cellulose fire. In this study, the influence of mineral foam cementing agents was also established. Talc (MgSiO₃) and kaolin (Al₂(SiO₃)₃) seem to be preferable cementing agents due to their soft influence on the expanded char structure.

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Melamine/monoammonium phosphate complex as the polyphosphate substitute in flame retardant coatings

Korotkov, Anton S.

Synthesis of the melamine–monoammonium phosphate complex and its application for fireproof intumescent paints are reported. The experimental intumescent liquid samples appear smooth with excellent rheology and thixotropicity; they produce good expanded chars with satisfactory time of fire resistance in the case of a simulated cellulose fire. In this study, the influence of mineral foam cementing agents was also established. Talc (MgSiO₃) and kaolin (Al₂(SiO₃)₃) seem to be preferable cementing agents due to their soft influence on the expanded char structure.

Melamine/monoammonium phosphate complex as the polyphosphate substitute in flame retardant coatings

Korotkov, Anton S.

Synthesis of the melamine–monoammonium phosphate complex and its application for fireproof intumescent paints are reported. The experimental intumescent liquid samples appear smooth with excellent rheology and thixotropicity; they produce good expanded chars with satisfactory time of fire resistance in the case of a simulated cellulose fire. In this study, the influence of mineral foam cementing agents was also established. Talc (MgSiO₃) and kaolin (Al₂(SiO₃)₃) seem to be preferable cementing agents due to their soft influence on the expanded char structure.

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Title:

Melamine/monoammonium phosphate complex as the polyphosphate substitute in flame retardant coatings

Contributors:

Korotkov, Anton S. (author)

Published in:

Journal of Fire Sciences ; 34 ; 89-103

Publication date:

2016-03-01

Size:

15 pages

ISSN:

0734-9041 , 1530-8049

DOI:

https://doi.org/10.1177/0734904115621583

Type of media:

Article (Journal)

Type of material:

Electronic Resource

Language:

English

Keywords:

steel protection , ammonium phosphates , intumescent , Flame retardant coatings , inorganic minerals

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