文章摘要
孙昊,倪敏娜,张新昌,王斌,龙青,陈彦鸿.阻燃型包装纸板材料的阻燃剂制备及性能研究[J].包装工程,2014,35(23):63-67,152.
SUN Hao,NI Min-na,ZHANG Xin-chang,WANG Bin,LONG Qing,CHEN Yan-hong.Preparation of a Flame Retardant Agent for Flame Retardant Type Packaging Paperboard and Its Properties[J].Packaging Engineering,2014,35(23):63-67,152.
阻燃型包装纸板材料的阻燃剂制备及性能研究
Preparation of a Flame Retardant Agent for Flame Retardant Type Packaging Paperboard and Its Properties
投稿时间:2014-06-20  修订日期:2014-12-10
DOI:
中文关键词: 阻燃剂  阻燃胶黏剂  磷酸胍  氢氧化镁
英文关键词: fire retardant agents  flame retardant adhesive  guanidine phosphate  magnesium hydroxide
基金项目:中央高校基本科研业务费专项资金 (JUSPR11209)
作者单位
孙昊 江南大学无锡 214122 
倪敏娜 东华大学上海 200051 
张新昌 江南大学无锡 214122 
王斌 江南大学无锡 214122 
龙青 江南大学无锡 214122 
陈彦鸿 江南大学无锡 214122 
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中文摘要:
      目的 制备一种阻燃性能较佳的包装纸板阻燃剂, 并研究分析其阻燃性能。方法 在安全环保及阻燃剂在纸制品方面应用研究的基础上, 选用磷酸胍 (GP)、 氢氧化镁 (MH) 和羟甲基纤维素 (CMC) 作为安全环保阻燃剂, 通过对磷酸胍单组分及多组分复配配方的阻燃效果进行试验和筛选, 分析探讨并确定安全环保阻燃剂的最佳配方及制备方法。结果 磷酸胍阻燃液质量分数为10%, 氢氧化镁质量浓度为20 g/L, CMC质量浓度为10 g/L, 溶剂为水, 涂覆温度为60 ℃时, 制备的阻燃性包装纸板材料的阻燃性能最佳。结论 该配方涂覆B瓦单瓦楞纸板时, 能使纸板达到较好的难燃等级。
英文摘要:
      Objective To prepare a flame retardant agent for packaging paperboard with good flame retardant properties, and analyze its flame retardant properties. Methods Based on the safe and green properties as well as the application study of flame retardants in paper products, GP, MH and CMC were selected to prepare flame retardants. Tests and screening were conducted using GP as single composition and the blended formula for their flame-retardant performance, and the optimal formula as well as the preparation method for the safe and green flame retardant were analyzed and determined. Results The flame retardant paperboard packaging materials with the best performance were prepared when the concentration of the flame retardant Guanidine Phosphate (GP) was 10%, the dosages of magnesium hydroxide and CMC were 20 g/L and 10 g/L, the solvent was water, and the coating temperature was 60 ℃. Conclusion When B watts single corrugated cardboard was coated with flame retardant prepared using this formula, higher fire retardant grade was achieved.
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