Bombax ceiba flower porous particle and applications thereof

Abstract

The invention discloses a bombax ceiba flower porous particle, and applications thereof. According to a preparation method, bombax ceiba flower powder with a water content ranging from 8 to 10% and a particle size ranging from 80 to 140 meshes is taken as a raw material; hydroxypropyl methyl cellulose is taken as an adhesive; and fluidized bed top spraying is adopted so as to prepare the bombax ceiba flower porous particle with a particle size ranging from 20 to 60 meshes. The surface of the bombax ceiba flower porous particle is rough; specific surface area is relatively large; effective contact area of the bombax ceiba flower porous particle with cigarette smoke is enlarged substantially; preferential adsorption of phenol in cigarette smoke can be realized; the bombax ceiba flower porous particle is capable of reducing risks, enriching flue-cured tobacco natural smoke fragrance, and reducing cigarette smoke irritation. The preparation method is simple; operability and standardability are high; the raw material is easily available; cost is low; industrialized production is convenient to realize; and application prospect is promising.

Description

technical field [0001] The invention belongs to the technical field of cigarette materials, and in particular relates to porous kapok particles capable of improving the smoking quality of cigarettes. At the same time, the invention also relates to the application of the porous particle in cigarette processing. Background technique [0002] As the problems of smoking and health attract more and more attention, how to improve the smoking safety of cigarettes, reduce the harmful components in cigarette smoke, and improve the comfort of smoking have become the research and development hotspots of various cigarette manufacturers. Cigarette material researchers have developed some filter rod granular materials by using natural plant materials. The main method is to directly crush the plant material into particles between 20 and 80 mesh, or prepare the plant material into particles by extrusion. Although certain effects have been achieved in cigarette flavoring and harm reduction,...

AI Technical Summary

Problems solved by technology

Cigarette material researchers have developed some filter rod granular materials by using natural plant materials. The main method is to directly crush the plant material into particles between 20 and 80 mesh, or prepare the plant material into particles by extrusion. Although certain effects have been achieved in cigarette flavoring and harm reduction, there are still some disadvantages in the following aspects: (1) the plant material is directly crushed into particles, the shape of the particles is uneven, and the physical properties are unstable. The granules are easy to be crushed during molding, resulting in a large amount of dust, and the utilization rate of the material is not high; (2) The granules are prepared by extrusion, and the added binder is easy to embed the holes in the plant material itself, and the granules and cigarette smoke The contact area is limited, and its effect of reducing tar and harm is limited. At the same time, the prepared particles are relatively compact and hard, which is not conducive to the preparation of cigarette composite filter rods.

However, in the prior art, there is no relevant report on the research on making kapok into porous granular material and applying it to cigarette filter rods.