Heatproof and moisture-proof cigarette capsule material and applications thereof

Abstract

The invention relates to the cigarette technology field, and concretely discloses a heatproof and moisture-proof cigarette capsule material and applications thereof. The capsule material comprises the following components, by weight, 40-60 parts of gelatinizing agent, 4-30 parts of filler, 1-12 parts of plasticizer and 100 parts of deionized water. The capsule material formula and the preparation technology of the capsule material are researched through a lot of tests, and a cigarette brittle capsule material is provided. The compatibility performance is excellent, the manufacturing process is simple, and the capsule material can be widely suitable for coating of various cigarette additives such as essence, perfume and the like. The prepared capsule is round, has a uniform size, has a particle size range of 2.0-4.0mm, has an adjustable and controllable content loading range of 10-25mg, and can meet usage requirements of cigarettes with different specifications. The capsule crushing intensity is 3-15N, the capsule can be crushed by fingers easily with rattle, and the capsule still has brittleness in a humid environment.

Description

technical field [0001] The invention relates to the technical field of cigarettes, in particular to a temperature-resistant and moisture-resistant cigarette capsule material and its application. Background technique [0002] As a "small container", capsules are used in the field of tobacco. They can be used to load additives that improve tobacco quality such as tobacco flavors, flavors, and condiments. They can be made into brittle capsules for cigarettes and added to cigarette filter rods. When consumers smoke The capsules are ruptured by external force to release the fragrance substances. In this way, not only the retention period of flavors and fragrances is prolonged, but also the disadvantages of traditional tobacco additive addition methods such as volatile flavors and fragrances, difficulty in application, poor solubility of additives, ineffective application, and contamination of equipment by additive residues can be effectively avoided. [0003] Capsule preparation...

AI Technical Summary

Problems solved by technology

However, there are certain limitations in this method: the curing of capsules is divided into two steps of low-temperature gel and divalent ion curing. The proportion of gellan gum that is easier to gel in the formula is relatively large, and it is easy to block the dripper during dripping, resulting in uneven dripping, resulting in uneven capsule size and skin thickness, and low yield

In addition, the Chinese patent applications with publication numbers CN103361173A, CN102977412A and CN0823381 all disclose that a type of gelatin, plant polysaccharide glue, seaweed glue and other substances are compounded as capsule materials, but because different types of glue have different dissolution The nature and shape are non-affinity, and the formulated glue cannot form a completely uniform phase, which affects the stability of dropping molding

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