Abstract The need for flame‐retardant finishing of textiles is examined in the context of the hazards of textile flammability, associated legislation and procedures for assessing textile burning behaviour. The functions of flame‐retardant finishes and durable finishes developed specifically for cellulose, wool and man‐made fibres are described in depth. Multipurpose finishes for both cellulose and wool textiles in which flame retardancy is only one property conferred on the textile are examined. Fibre blends present a particular problem and special attention is paid to discussing those finishes applied to polyester/cotton blended fabrics. The laundering behaviour and consequent finish durability are reviewed. In addition, the ...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
Flame-retardant finished fabrics are needed for increased protection from burns associated with flam...
Abstract The need for flame‐retardant finishing of textiles is examined in the context of the ...
This chapter concentrates on research reported over the last 10-15 years which has some possibility ...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
This chapter concentrates on research reported over the last 10-15 years which has some possibility ...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
330-334The effect of durable flame retardant products on knitted fabric flammability has been stud...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
Flame-retardant finished fabrics are needed for increased protection from burns associated with flam...
Abstract The need for flame‐retardant finishing of textiles is examined in the context of the ...
This chapter concentrates on research reported over the last 10-15 years which has some possibility ...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
The currently available heat and flame resistant textiles are reviewed. These fall into two groups, ...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
This chapter concentrates on research reported over the last 10-15 years which has some possibility ...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
Flame retardant chemicals were used to make flammable fibres or fabrics flame retardant. Flame reta...
This chapter reviews the current knowledge of the processes involved in the combustion behaviour of...
330-334The effect of durable flame retardant products on knitted fabric flammability has been stud...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Textiles are an intimate and prevalent part of our daily activities and life. This explains the fre...
Flammability of textiles is a surface-confined phenomenon: undoubtedly, the textile surface, which i...
Among all textile fibres, cotton is the one most commonly used in domestic applications. The permane...
Flame-retardant finished fabrics are needed for increased protection from burns associated with flam...