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Effect of Key Cigarette Paper Parameters on Baking Cigarette Paper’s Air Permeability and Fiber Morphology
Received:March 28, 2025  Revised:April 27, 2025
DOI:10.11980/j.issn.0254-508X.2025.08.013
Key Words:cigarette paper  mainstream smoke delivery of cigarettes  charred region  air permeability  fiber morphology
Fund Project:浙江中烟工业有限责任公司重点科技项目(ZJZY2022A002)。
Author NameAffiliationPostcode
LI Haifeng* China Tobacco Zhejiang Industrial Co., Ltd., Hangzhou, Zhejiang Province, 310000 310000
XIAO Cuicui China Tobacco Mauduit (Jiangmen) Paper Industry Co., Ltd., Jiangmen,Guangdong Province, 529085 529085
LUO Dong China Tobacco Mauduit (Jiangmen) Paper Industry Co., Ltd., Jiangmen,Guangdong Province, 529085 529085
XUAN Runquan China Tobacco Zhejiang Industrial Co., Ltd., Hangzhou, Zhejiang Province, 310000 310000
LIANG Weifeng China Tobacco Mauduit (Jiangmen) Paper Industry Co., Ltd., Jiangmen,Guangdong Province, 529085 529085
WANG Xiaoping* China Tobacco Mauduit (Jiangmen) Paper Industry Co., Ltd., Jiangmen,Guangdong Province, 529085 529085
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Abstract:Baking cigarette paper on an electric thermostatic hot plate was used to investigate the effects of three key parameters of cigarette paper (air permeability, combustion additive content calculated by the mass fraction of citrate ion, and combustion additive type) on the air permeability and fiber morphology of the baking cigarette paper. It aimed to predict the air permeability and fiber morphology of cigarette paper charred region on burning cigarette, providing evidence that how cigarette paper affects the mainstream smoke delivery of cigarettes. The results showed that baking cigarette paper’s air permeability exhibited a linear increasing trend with an increase of cigarette paper air permeability, rising from 19.3~180.2 CU to 89.2~551.8 CU. Meanwhile, the fiber length decreased from 0.562~0.661 mm to 0.339~0.375 mm. With an increase of combustion additive content in cigarette paper, baking cigarette paper’s air permeability gradually increased from 57.0~59.9 CU to 72.7~213.0 CU, the fiber length decreased from 0.601 mm to 0.333~0.387 mm. At the same combustion additive content, baking cigarette paper’s air permeability and fiber length reduction rate with potassium citrate were 20.3~37.3 CU and 0.5~8.6 percentage points higher than these of sodium citrate cigarette paper.
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