Groove filter stick cellulose paper additive capable of selectively reducing phenolic compounds in cigarette mainstream smoke and application

Abstract

The invention discloses a groove filter stick cellulose paper additive capable of selectively reducing phenolic compounds in cigarette mainstream smoke, a groove filter stick cellulose paper compound additive capable of selectively reducing phenolic compounds in cigarette mainstream smoke and application. The additive takes one or more citric acid ester compounds as effective constituents; the compound additive comprises the following constituents by volume: 38-80% of effective constituents and 20-62% of auxiliaries. The application is as follows: one or more citric acid ester compounds are taken as effective constituents to be applied to preparation of the groove filter stick cellulose paper additive capable of selectively reducing phenolic compounds in cigarette mainstream smoke. Groove filter sticks made of cellulose paper containing the additive can effectively and selectively reduce the contents of phenolic compounds in cigarette mainstream smoke, wherein the content of phenyl hydroxide can be reduced by up to 48.2%, the content of o-cresol can be reduced by up to 48.0%, and the content of m / p-cresol can be reduced by up to 40.0%.

Description

technical field [0001] The invention relates to a grooved filter stick cellulose paper additive and a compound additive capable of selectively reducing phenolic compounds in mainstream smoke of cigarettes and an application thereof, belonging to the technical field of cigarette preparation. Background technique [0002] In view of the fact that phenolic compounds in cigarette smoke are very harmful to human health, and ordinary grooved filter rods have no special filtering function for them, an effective modifier is designed and coated on the cellulose paper of grooved filter rods to selectively The reduction of phenolic compounds in cigarette smoke is of great significance to the major issue of cigarette harm reduction. [0003] Citrate compounds are non-toxic and tasteless, and developed countries such as the United States and the European Union have issued regulations to allow such compounds to be used in products closely related to the human body. Therefore, citrate com...

AI Technical Summary

Problems solved by technology

However, there are few reports on the application of this type of compound in the tobacco industry. So far, there is still no report that citrate compounds have a reducing effect on phenols in mainstream cigarette smoke

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