As land, marine and air transport becomes more safety conscious, achieves higher velocities and capacities and increasingly uses composites within their structural components as a means of weight reduction, so the potential flammability of all materials used to construct them increases in risk. Furthermore, the desire for increased passenger comfort ensures that textiles in seating, other furnishings, floorcoverings and décor are part of the transport environment. Not surprisingly, since transport crosses international borders, fire regulations are becoming increasingly global in character. This chapter identifies the key textile-related fire risks in transport and relates these to the general need for international regulations and ...
Flame retardants (FRs) are widely incorporated in polyurethane foams to decrease their fire reaction...
Accidental fires in dwellings are responsible for over ten thousand injuries and more than 460 death...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...
Technical textiles feature throughout the transport sector where they are used in functional roles s...
The principles of textiles requiring the properties of heat and fire protection are introduced withi...
International audienceReplacement of existing flame retardants (FR) with sustainable and environment...
Application of flame retardants (FRs) in textiles is crucial to minimize overall fire risk by delayi...
Reduced weight and maintenance make it advantageous to replace steel with Fibre Reinforced Polymer (...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
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...
Use of Fire Safety Engineering (FSE) has increased substantially during the last decades. In the beg...
The organizations in Canada primarily responsible for promulgating regulations on fire safety of com...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
Flame retardants (FRs) are widely incorporated in polyurethane foams to decrease their fire reaction...
Accidental fires in dwellings are responsible for over ten thousand injuries and more than 460 death...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...
Technical textiles feature throughout the transport sector where they are used in functional roles s...
The principles of textiles requiring the properties of heat and fire protection are introduced withi...
International audienceReplacement of existing flame retardants (FR) with sustainable and environment...
Application of flame retardants (FRs) in textiles is crucial to minimize overall fire risk by delayi...
Reduced weight and maintenance make it advantageous to replace steel with Fibre Reinforced Polymer (...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
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...
Use of Fire Safety Engineering (FSE) has increased substantially during the last decades. In the beg...
The organizations in Canada primarily responsible for promulgating regulations on fire safety of com...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
Flame retardants (FRs) are widely incorporated in polyurethane foams to decrease their fire reaction...
Accidental fires in dwellings are responsible for over ten thousand injuries and more than 460 death...
CREPIM: Centre de Recherche pour l’Etude des Procédés pour l’ignifugation des Matériaux ABSTRACT:...