Application method of tobacco raw material particles in cabo product

Abstract

The invention relates to an application method of tobacco raw material particles in a cabo product, which comprises the following steps that after expansion treatment is performed on cabo raw materials, the cabo raw materials are shattered into cabo particles with the moisture content less than or equal to 10% and the particle diameter less than or equal to 5 mm by adopting a mechanical shattering mode, or the cabo raw materials are shattered into the cabo particles with the moisture content less than or equal to 3% and the particle diameter less than or equal to 3 mm by adopting an airflow shattering mode; after tobacco raw materials are dried, the tobacco raw materials are shattered into tobacco fragments with the moisture content less than or equal to 10% and the particle diameter less than or equal to 5 mm by adopting the mechanical shattering mode, or the tobacco raw materials are shattered into the tobacco fragments with the moisture content less than or equal to 3% and the particle diameter less than or equal to 3 mm by adopting the airflow shattering mode; then the cabo particles or the tobacco fragments are shattered into 400 meshes to 1000 meshes, so as to obtain the tobacco raw material particles; and finally, the tobacco raw material particles are uniformly mixed with a functional material liquid of the cabo product which needs to be added in accordance with 0.1% to 1% of the weight of the cabo product, so as to be added to the cabo product in a feeding mode. After the tobacco raw material particles are added by adopting the application method, the smoking quality of the cabo product is obviously improved, the source aroma of tobaccos is enhanced, stimulation and offensive odor are obviously weakened, the aroma is smooth, and the availability of the cabo product is obviously increased after treatment.

Description

technical field

[0001] The invention relates to the technical field of cigarette material preparation, and relates to the application of particles prepared from tobacco stems and tobacco leaves in tobacco stem products. Background technique

[0002] Tobacco stem is an important material for reducing harm and tar. Its tar content is far lower than that of tobacco leaves, and its weight can account for 25-40% of the entire tobacco leaf. The problems that tobacco stems need to solve, such as large size, heavy miscellaneous gas, and weak aroma, are mainly due to the large content of cellulose, hemicellulose, lignin, and pectin in tobacco stems, and the large difference in microstructure from tobacco stems, resulting in The quality of the draw is significantly reduced. For these problems, different technologies are used in the industry to process the physical and chemical properties of tobacco stems. Although the quality has been improved to a certain extent, the changes are not...

Examples

Embodiment 1

[0016] Use microwave expansion to expand K326 raw tobacco stems, and use a shearing granulator to crush until the tobacco stem particles have a moisture content of ≤10% and a particle size of ≤5mm; and then mechanically pulverize them to 400-500 mesh to obtain tobacco raw materials particle. According to the style characteristics of cigarette products, the tobacco raw material particles are added with a functional material liquid for tobacco raw material particles whose weight percentage does not exceed 3% of the weight of the tobacco raw material particles; Mix evenly, add to the ternary porous granules of tobacco stem products in the form of feeding, and adjust the moisture to 13.5%±1.0%.

Embodiment 2

[0018] Expand cloud 87 raw tobacco stems by fluidized bed expansion method, crush them into tobacco stem particles with moisture content ≤ 10% and particle size ≤ 5mm by using a shear granulator; then crush them to 500 mesh-600 The purpose is to obtain tobacco raw material particles. After the prepared tobacco raw material particles are added with a functional material liquid for tobacco raw material particles whose weight percentage does not exceed 3% of the weight of the tobacco raw material particles; after uniformly mixing with the traditional cut stem functional material liquid at 0.3% of the weight of the traditional cut stems, it is added to Add it to traditional shredded stems in the same way, and adjust the water content to 12.5%±1.0%.

Embodiment 3

[0020] Use steam expansion to expand the red raw material stems, and use a shearing granulator to crush the tobacco stem particles with a moisture content of ≤10% and a particle size of ≤5mm; then use a mechanical pulverizer to pulverize to 700-800 mesh to obtain tobacco raw material particles. According to the style characteristics of cigarette products, the tobacco raw material particles are added with 2% of the tobacco raw material particle weight functional liquid for tobacco raw material particles according to the weight percentage; 0.6% of the traditional shredded stem weight of tobacco stem products is mixed with the traditional shredded stem functional liquid evenly , added to traditional shredded stems in the form of feed, and adjusted to 12.5% ​​± 1.0% moisture.

technical field

[0001] The invention relates to the technical field of cigarette material preparation, and relates to the application of particles prepared from tobacco stems and tobacco leaves in tobacco stem products. Background technique

[0002] Tobacco stem is an important material for reducing harm and tar. Its tar content is far lower than that of tobacco leaves, and its weight can account for 25-40% of the entire tobacco leaf. The problems that tobacco stems need to solve, such as large size, heavy miscellaneous gas, and weak aroma, are mainly due to the large content of cellulose, hemicellulose, lignin, and pectin in tobacco stems, and the large difference in microstructure from tobacco stems, resulting in The quality of the draw is significantly reduced. For these problems, different technologies are used in the industry to process the physical and chemical properties of tobacco stems. Although the quality has been improved to a certain extent, the changes are not...

Examples

Embodiment 1

[0016] Use microwave expansion to expand K326 raw tobacco stems, and use a shearing granulator to crush until the tobacco stem particles have a moisture content of ≤10% and a particle size of ≤5mm; and then mechanically pulverize them to 400-500 mesh to obtain tobacco raw materials particle. According to the style characteristics of cigarette products, the tobacco raw material particles are added with a functional material liquid for tobacco raw material particles whose weight percentage does not exceed 3% of the weight of the tobacco raw material particles; Mix evenly, add to the ternary porous granules of tobacco stem products in the form of feeding, and adjust the moisture to 13.5%±1.0%.

Embodiment 2

[0018] Expand cloud 87 raw tobacco stems by fluidized bed expansion method, crush them into tobacco stem particles with moisture content ≤ 10% and particle size ≤ 5mm by using a shear granulator; then crush them to 500 mesh-600 The purpose is to obtain tobacco raw material particles. After the prepared tobacco raw material particles are added with a functional material liquid for tobacco raw material particles whose weight percentage does not exceed 3% of the weight of the tobacco raw material particles; after uniformly mixing with the traditional cut stem functional material liquid at 0.3% of the weight of the traditional cut stems, it is added to Add it to traditional shredded stems in the same way, and adjust the water content to 12.5%±1.0%.

Embodiment 3

[0020] Use steam expansion to expand the red raw material stems, and use a shearing granulator to crush the tobacco stem particles with a moisture content of ≤10% and a particle size of ≤5mm; then use a mechanical pulverizer to pulverize to 700-800 mesh to obtain tobacco raw material particles. According to the style characteristics of cigarette products, the tobacco raw material particles are added with 2% of the tobacco raw material particle weight functional liquid for tobacco raw material particles according to the weight percentage; 0.6% of the traditional shredded stem weight of tobacco stem products is mixed with the traditional shredded stem functional liquid evenly , added to traditional shredded stems in the form of feed, and adjusted to 12.5% ​​± 1.0% moisture.