Ultra-micro powder plant slice and preparation method thereof

Abstract

The invention relates to an ultra-micro powder plant slice and a preparation method thereof. The preparation method comprises the steps that ultra-micro plant powder, outer margin fibers, an adhesiveand other additives are homogenized to form adhesive colloidal fluid, the adhesive colloidal fluid is extruded to form a slice shape, and drying formation is conducted. The plant slice is suitable fora heat-not-burn flavor-producing section, the plant slice is large in smoke formation amount, rich in fragrance and high in physiological satisfiability, the smoke flavor is close to natural plant fragrance, the product density and the filling value are close to those of natural plant leaves, the machining performance is high, and the amount of water required during production is small; no wastewater is generated, the raw material utilization rate is high, the plant slice meets the requirements for energy conservation and environment protection, the production technology is simple, and the preparation method is suitable for industrial production.

Description

【Technical field】 [0001] The invention belongs to the technical field of tobacco processing. More specifically, the present invention relates to an ultrafine powder plant flake, and also relates to a preparation method of the ultrafine powder plant flake. 【Background technique】 [0002] In the process of tobacco processing, such as threshing and re-baking, loosening, silk making process, and coiling process, a large number of shredded tobacco pieces, tobacco powder, and tobacco stems are produced. In order to improve the utilization rate and economic benefits of these raw materials, the tobacco industry recycles them. The use of these tobacco components is the well-known reconstituted tobacco leaf. The development of the known reconstituted tobacco process has gone through the roll pressing method, thick pulp method, wet papermaking, and dry papermaking. [0003] At present, the aroma-producing materials of heat-not-burn cigarettes sold on the market mainly use materials su...

AI Technical Summary

Problems solved by technology

[0003] At present, the aroma-producing materials of heat-not-burn cigarettes sold on the market mainly use materials such as paper-making sheets and dry-laid sheets. The utilization rate of raw materials for this type of aroma-producing segment is low, and the raw materials are unstable, which leads to changes in the aroma and style of the product. Moreover, these aroma-producing materials have a small amount of smoke, weak aroma, weak sense of satisfaction, and cumbersome process; the thick slurry method is to crush and mix the raw materials, add a certain proportion of high-efficiency binder, and spray evenly on the stainless steel strip after fully stirring. on, forming tobacco flakes

The effective utilization rate of raw materials has increased from 52.7% to 90.3%. The aroma and taste of tobacco sheets produced by the thick pulp method are close to those of natural tobacco leaves. The product density and filling value are close to natural tobacco leaves. The mechanical processing performance is good, but there are complex processes, equipment investment and Large footprint, high water consumption

[0004] In addition to tobacco raw materials, other plant raw materials can be made into non-tobacco flakes, which can provide different plant aromas. On the one hand, it can meet consumers’ psychological needs for plant aromas. On the other hand, some plants themselves have healing effects. It is combustion that produces health-care factors to achieve the effect of reducing coke and harm, and there are few reports on this at present