Characteristics of Fireproofing and Combustion of Multicomponent Fibre Systems
Fireproofing treatment of knitted fabric made of a blend of wool and Spandex or Fenilon fibres with metal-containing flame retardants (sodium tungstate or potassium hexafluorotitanate) increases the oxygen index to 32.8-53%. Incorporation of titanium compounds in blended material increases its carbo...
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| Published in: | Fibre chemistry Vol. 33; no. 6; pp. 445 - 448 |
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| Main Authors: | , , |
| Format: | Journal Article |
| Language: | English |
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Springer Nature B.V
01-11-2001
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| Abstract | Fireproofing treatment of knitted fabric made of a blend of wool and Spandex or Fenilon fibres with metal-containing flame retardants (sodium tungstate or potassium hexafluorotitanate) increases the oxygen index to 32.8-53%. Incorporation of titanium compounds in blended material increases its carbonizing power, intensifies the dehydration reaction, and reduces heat release in thermolysis. The fireproofed wool fibre in the material acts as a polymeric flame retardant that decreases discharge of hot gaseous products of thermolysis of multicomponent fibre systems.[PUBLICATION ABSTRACT] |
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| AbstractList | Fireproofing treatment of knitted fabric made of a blend of wool and Spandex or Fenilon fibres with metal-containing flame retardants (sodium tungstate or potassium hexafluorotitanate) increases the oxygen index to 32.8-53%. Incorporation of titanium compounds in blended material increases its carbonizing power, intensifies the dehydration reaction, and reduces heat release in thermolysis. The fireproofed wool fibre in the material acts as a polymeric flame retardant that decreases discharge of hot gaseous products of thermolysis of multicomponent fibre systems.[PUBLICATION ABSTRACT] Fireproofing treatment of knitted fabric made of a blend of wool and Spandex or Fenilon fibres with metal-containing flame retardants (sodium tungstate or potassium hexafluorotitanate) increases the oxygen index to 32.8-53%. Incorporation of titanium compounds in blended material increases its carbonizing power, intensifies the dehydration reaction, and reduces heat release in thermolysis. The fireproofed wool fibre in the material acts as a polymeric flame retardant that decreases discharge of hot gaseous products of thermolysis of multicomponent fibre systems. |
| Author | Seredina, M A Gal'braikh, L S Tyuganova, M A |
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| SubjectTerms | Combustion Fibre Fire resistant materials Fireproof materials Fireproofing Flame retardants Sodium tungstate Titanium compounds Wool |
| Title | Characteristics of Fireproofing and Combustion of Multicomponent Fibre Systems |
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