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http://www.scirp.org/journal/PaperInformation.aspx?PaperID=50238#.VDM9H1fHRK0
Author(s)
This study was to develop the flame retardant (FR)
protective clothing which had multifunction such anti-bacterial, UV cut,
FR function with water repellent and water vapor permeable laminating
textiles for industrial workers. First of all, the FR yarn and FR
textiles were developed for this purpose. Second, the comparison
analysis between the halogen laminating textiles and halogen-free
laminating textiles were tested to figure out the eco-friendly
laminating method. Third, the flame retardant ability was compared the
halogen laminated textiles to halogen-free laminated textiles. LOI, UV
protection ratio, antibiosis after 50 laundry test, water proof
pressure, and moisture permeability of developed textiles were tested.
GC-HR-TOF-MS was used for analysis of laminating film (halogen and
halogen-free). 4.1 wt% TiO2 yarn showed antibacterial function
(Pneumococcus & Staphylococcus aureus: 99.9%), UV Protection (UVA:
90.8, UVB: 92.1), and LOI (33.6). The chosen optimal compounding ratio
for PU compound of HRF and HFFR were as followed: PU resin 58.3%, DMF
(Dimethyl formamide, δ = 12.2) 8.3%, MEK (Methylethylketone) 8.3% and FR
(flame retardants) 25.0%. Binder for laminating should not be included
over 10% of FRs because of adhesion between textiles and FR laminating
film. There were detected phosphorus compounds in the textiles treated
by halogenated type flame retardants and halogenated-free type flame
retardants. There were not any detected harmful compounds from all
textile samples.
KEYWORDS
Cite this paper
Baek, Y. and Shin, J. (2014) Risk Points of Flame
Retardant Textiles by Halogen and Halogen-Free Laminating Film. Materials Sciences and Applications, 5, 830-836. doi: 10.4236/msa.2014.511083.
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