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Effect of Calcium Carbonate Forms on the Air Permeability and Ash Condensation Performance of Cigarette Paper
Received:June 16, 2021  
DOI：10.11980/j.issn.0254-508X.2021.10.018
Key Words:calcium carbonate form  cigarette paper  air permeability  ash condensation performance
Author NameAffiliationPostcode
QUE Jing* Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
LU Hongchang Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
LIU Ming Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
FAN Min Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
SONG Yunshan Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
ZHANG Yongxin Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
LI Dongxue Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
XU Kang Yunnan Hongta Blue Eagle Paper Co.， Ltd.， Jianshui， Yunnan Province， 654300 654300
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Abstract:The differences between elliptical， spherical， spindle and petal light calcium carbonate were compared in this study. The different forms of light calcium carbonate were applied to the production process of cigarette paper. The results showed that elliptical light calcium carbonate had the best ash condensation performance， spherical light calcium carbonate was the second， and petal light calcium carbonate was the worst. Spindle light calcium carbonate had the best air permeability， followed by petal light calcium carbonate， and elliptic light calcium carbonate was the worst. The retention rate of elliptical and spherical light calcium carbonate in cigarette paper was significantly higher than that of spindle and petal light calcium carbonate.
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