食品与机械2017，Vol.33Issue(6)：196-200,5.DOI:10.13652/j.issn.1003-5788.2017.06.039
不同规格中细支卷烟醋纤丝束性能研究
Study on performance of different specifications of acetate tow for medium fine cigarette
摘要
Abstract
In order to provide more reference for design and development of materials of the medium fine cigarette (φ=7.0 mm), different typical specifications of acetate tow of medium fine filter rods were selected, and forming ability of different specifications of acetate tow was evaluated, and then the forming ability characteristic curves were also given.Fine filter rods with different pressure drop were prepared from different specifications of acetate tows, and were made into medium fine cigarettes, the filtration ability of fine filter rods with different specifications of acetate tows were investigated by using nicotine as the target material.The results showed that: ① Obvious differences were found in the characteristic curves of different specifications of acetate tows, and pressure drop range of the selected six kinds of acetate tow were covered from 2 170 Pa to 5 880 Pa.Moreover, the general trend was found that the specification of high total and low single denier tows was better lower pressure drop medium fine filter rod;② The filtration efficiencies of different pressures drop filter rods were from 22.0% to 27.0%, and the filtration efficiency of nicotine in cigarette smoke increased with the increase of pressure drop of filter rods.In addition, the general trend showed to be that the specifications of high total and low single denier tows were better for lower filtration efficiency medium fine filter rod.Both better sensory quality and proper filtration efficiency could be obtained by using different specifications of acetate tow.关键词
中细支卷烟/醋纤丝束/丝束规格/成型能力/过滤效率/烟碱Key words
fine cigarette/acetate tow/specification/forming ability/filtration ability/nicotine引用本文复制引用
高明奇,冯晓民,顾亮,李明哲,孟洋,田海英,张展,杨金初,纪朋,董艳娟..不同规格中细支卷烟醋纤丝束性能研究[J].食品与机械,2017,33(6):196-200,5.基金项目
中国烟草总公司重大专项(编号:110201601013〔XZ-04〕) （编号:110201601013〔XZ-04〕）
河南中烟工业有限责任公司重点科技项目(编号:YN2016005) （编号:YN2016005）
