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Heat-not-burn tobacco pulp fiber-increasing method

A heat-not-burn and smoke pulp technology, applied in tobacco, tobacco preparation, application, etc., to achieve the effect of improving quality, strong affinity, and ensuring stability

Pending Publication Date: 2021-01-05
KUNMING XUBANG MACHINERY
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

[0004] Aiming at the above-mentioned problems faced by the prior art, the present invention obtains a method for fiberizing heat-not-burn tobacco pulp after a lot of research and experiments, so as to solve the problem that the fibers can be dispersed evenly in the process of producing heat-not-burn tobacco sheets. And improve production efficiency and product quality

Method used

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  • Heat-not-burn tobacco pulp fiber-increasing method

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0040] A method for fiberizing heat-not-burn smoke pulp, comprising the following steps:

[0041] (1) Prepare materials according to the following mass ratios:

[0042] Tobacco powder with a particle size of 80 mesh 60%

[0043] Wood fiber 6%

[0044] Tobacco Fiber 6%

[0045] Guar Gum 3%

[0046] Carboxymethyl Cellulose 3%

[0047] Glycerol 10%

[0048] Ethylene glycol 12%;

[0049] (2) Go through the following steps:

[0050] (21) Feed the fiber raw material into a hydraulic pulper and disintegrate it in an environment with a temperature of 20°C to obtain a disintegrated pulp with a mass concentration of 1%;

[0051] (22) Send the disintegrated pulp in step (21) into a refiner, and perform refining and defibrating at a temperature of 20°C to obtain a degree of disintegration of 80°SR, a fiber length of 0.1-8mm, and a mass concentration of 10% defibrated pulp;

[0052] (23) Mix the adhesive and fuming agent evenly, add water and mix for 10 minutes at a temperature of...

Embodiment 2

[0058] A method for fiberizing heat-not-burn smoke pulp, comprising the following steps:

[0059] (1) Prepare materials according to the following mass ratios:

[0060] Tobacco powder with particle size of 100 mesh 82%

[0061] Bamboo fiber 1%

[0062] Sugarcane Fiber 2%

[0063] Tobacco Fiber 1%

[0064] Chitosan 2%

[0065] Propylene Glycol 6%

[0066] Sorbitol 6%;

[0067] (2) Go through the following steps:

[0068] (21) Feed the fiber raw material into a hydraulic pulper and disintegrate it in an environment with a temperature of 50°C to obtain a disintegrated pulp with a mass concentration of 1%;

[0069] (22) Feed the disintegrated pulp in step (21) into a refiner, and refine and defibrate in an environment with a temperature of 50°C to obtain a degree of disintegration of 90°SR, a fiber length of 0.1-8mm, and a mass concentration of 8% defibrillation pulp;

[0070] (23) Mix the adhesive and fuming agent evenly, add water and mix for 50 minutes at 40°C to make ...

Embodiment 3

[0076] A method for fiberizing heat-not-burn smoke pulp, comprising the following steps:

[0077] (1) Prepare materials according to the following mass ratios:

[0078] Tobacco powder with a particle size of 200 mesh 70%

[0079] Hemp fiber 3%

[0080] Straw Fiber 7%

[0081] Konjac Gum 2%

[0082] Carboxymethylcellulose 2%

[0083] Butanediol 8%

[0084] Ethylene glycol 8%;

[0085] (2) Go through the following steps:

[0086] (21) Feed the fiber raw material into a hydraulic pulper and disintegrate it in an environment with a temperature of 30°C to obtain a disintegrated pulp with a mass concentration of 1%;

[0087] (22) Send the disintegrated pulp in step (21) into a refiner, and perform refining and defibrating at a temperature of 30°C to obtain a degree of disintegration of 70°SR, a fiber length of 0.1-8mm, and a mass concentration of 5% defibrillation pulp;

[0088] (23) Mix the adhesive and the fuming agent evenly, add water and mix for 40 minutes at a tempera...

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Abstract

The invention provides a heat-not-burn tobacco pulp fiber-increasing method which comprises the following steps: preparing the following materials, by mass: 60-90% of tobacco powder, 4-12% of fiber raw material, 1-6% of an adhesive and 12-25% of a smoke agent, a total of 100%; by means of fiber raw material repulping, defibrination, fiber raw material splitting, brooming and swelling are facilitated, the hydrogen bond binding force between fibers is increased, the strength and toughness of tobacco sheets are improved, mucilage is added into defibrination pulp, the defibrination pulp can be diluted, fiber dispersion is easier, and due to the fact that the mucilage is very similar to the cellulose molecular structure, the fiber has high affinity, so that the fiber flocculation is prevented effectively; the tobacco powder is added, so that the components are quickly and uniformly mixed, the mixing time of contact between the tobacco powder and water is shortened, tobacco substances are prevented from being changed, and the heat-not-burn tobacco sheet with high strength and good bulk is obtained.

Description

technical field [0001] The invention relates to the technical field of tobacco sheets, in particular to a method for fiberizing heat-not-burn smoke pulp. Background technique [0002] As people pay more and more attention to the environment and health, the tobacco control movement spreads all over the world, and reducing tar and harm has become the key research content and development direction of the tobacco industry in all countries in the world. Heat-not-burn tobacco is a new type of tobacco product that uses an external heat source to heat the cigarettes enough to volatilize and release the tobacco flavor without igniting the cigarettes. Compared with traditional cigarettes, it reduces the harmful substances produced by the pyrolysis of tobacco due to high-temperature combustion, and greatly reduces the release of chemical components in mainstream smoke. Therefore, heat-not-burn tobacco products are becoming more and more popular among consumers. [0003] Different fro...

Claims

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Application Information

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IPC IPC(8): A24B3/14
CPCA24B3/14
Inventor 王晓耕李茂唐一葵王润哲
Owner KUNMING XUBANG MACHINERY
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