Add to ORKGApplication of flame retardants (FRs) in textiles is crucial to minimize overall fire risk by delaying or suppressing the spread of fire. The use of FRs additives helps to ensure growing demands for reduction of fire hazard caused by highly flammable materials such as textiles and polymers. This paper aims to introduce chemistry and mechanisms as well as review the recent developments in obtaining textiles with reduced flammability (TRF)
Many flame retardants (FRs) are brominated, and many of them are considered toxic, persistent and/or...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Flame retardants (FRs) for textiles have undergone and still undergo a significant evolution toward ...
Fabrics flammability represents a major limitation to their use and hence to the development of most...
International audienceReplacement of existing flame retardants (FR) with sustainable and environment...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
In case of stage shows by draperies in public places, like schools, theatres and any other programs,...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
Almost 50 years ago, the 1950-1960 period witnessed the development of the chemistry underlying most...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
This paper reviews the changing textile flammability research themes within the author’s research g...
124 s. :il., tab., grafy +CD ROMFlame retardants save many lives and property because they prevent a...
Many flame retardants (FRs) are brominated, and many of them are considered toxic, persistent and/or...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Flame retardants (FRs) for textiles have undergone and still undergo a significant evolution toward ...
Fabrics flammability represents a major limitation to their use and hence to the development of most...
International audienceReplacement of existing flame retardants (FR) with sustainable and environment...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
In case of stage shows by draperies in public places, like schools, theatres and any other programs,...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
Almost 50 years ago, the 1950-1960 period witnessed the development of the chemistry underlying most...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
This paper reviews the changing textile flammability research themes within the author’s research g...
124 s. :il., tab., grafy +CD ROMFlame retardants save many lives and property because they prevent a...
Many flame retardants (FRs) are brominated, and many of them are considered toxic, persistent and/or...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...