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Heat-not-burn cigarette smoke cooling material and application thereof

A heat-not-burn, cigarette smoke technology, applied in applications, smoker supplies, tobacco, etc., can solve the problems of reducing the smoking experience and trapping smoke, so as to avoid heat shrinkage, low smoke retention rate, and good cooling effect of effect

Active Publication Date: 2018-06-12
CHINA TOBACCO ANHUI IND CO LTD
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

However, these two technologies have the defect of trapping smoke and reducing the smoking experience

Method used

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  • Heat-not-burn cigarette smoke cooling material and application thereof
  • Heat-not-burn cigarette smoke cooling material and application thereof
  • Heat-not-burn cigarette smoke cooling material and application thereof

Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0035] Weigh 70g of polylactic acid and feed it into a screw extruder to melt, extrude and granulate to obtain 1-2mm cooling granules. Utilize this cooling particle to prepare cooling nozzle stick ( figure 1 ), the circumference of the cigarette is 24.0mm, the length of the tobacco section 1 is 15mm, the length of the polylactic acid particle section 2 is 12mm, and the length of the solid filter tip 3 is 8mm. Smoking in ISO mode was carried out on a single-hole smoking machine (puffing time was 2 s, puffing interval was 58 s, and the puffing volume was 35 mL per puff), and the smoke temperature of the filter was detected online by a cigarette gas phase temperature detector. for 47 o C, 10% shrinkage.

Embodiment 2

[0037] Take by weighing 70g polylactic acid, 5g graphene, 8g calcium carbonate whisker, 12g calcium nitrate hydrate and 5g aluminum powder (diameter is 0.5mm) and mix evenly, send into the screw extruder and melt and extrude granulation, obtain 1~ 2mm cooling particles. Utilize this cooling particle to prepare cooling nozzle stick ( figure 1 ), the circumference of the cigarette is 23.0mm, the length of the tobacco section 1 is 14mm, the length of the modified polylactic acid particle cooling section 5 is 15mm, and the length of the solid filter tip 3 is 8mm. Smoking in ISO mode was carried out on a single-hole smoking machine (puffing time was 2 s, puffing interval was 58 s, and the puffing volume was 35 mL per puff), and the smoke temperature of the filter was detected online by a cigarette gas phase temperature detector. The test results show that compared with Example 1, the composite filter with phase change material has a significant effect on reducing the smoke tempera...

Embodiment 3

[0039] Weigh 65g of polylactic acid, 7g of montmorillonite, 11g of carbon fiber, 10g of sodium sulfate hydrate, and 7g of copper powder, mix them evenly, and send them into a screw extruder for melt extrusion and granulation to obtain a cooling line with a diameter of 0.5mm. The cooling wires are bundled to obtain the cooling nozzle stick ( figure 2), the circumference of the cigarette is 23.0mm, the length of the tobacco section 1 is 14mm, the length of the modified polymer fiber cooling section 5 is 15mm, and the length of the solid filter tip 3 is 8mm. Smoking in ISO mode was carried out on a single-hole smoking machine (puffing time was 2 s, puffing interval was 58 s, and the puffing volume was 35 mL per puff), and the smoke temperature of the filter was detected online by a cigarette gas phase temperature detector. The test results show that compared with Example 1, the composite filter with phase change material has a significant effect on reducing the smoke temperature...

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Abstract

The invention discloses a heat-not-burn cigarette smoke cooling material and application thereof. The heat-not-burn cigarette smoke cooling material is prepared from, by mass, polymer 50-75%, layerednano material 5-15%, fibrous nano material 4-15%, phase change material 5-10% and metal powder 3-10% by adopting screw extrusion processing. The heat-not-burn cigarette smoke cooling material has highheat resistant shrinkage by means of addition of the layered nano material and the fibrous nano material, and the defect that a polylactic acid cooling material shrinks due to heat is avoided; the exogenous phase change material is added, so that the heat-not-burn cigarette smoke cooling material has a better cooling effect; in addition, the heat-not-burn cigarette smoke cooling material has a low interception rate of smoke, and the suction experience is not affected basically.

Description

technical field [0001] The invention relates to a heat-not-burn cigarette smoke cooling material and an application thereof, belonging to the field of novel tobacco products. Background technique [0002] A large number of studies have shown that nicotine and most flavor components can be released from tobacco and transferred to smoke at a relatively low temperature (250-500oC). Excessively high temperatures will not increase the types and types of harmful components in smoke. content, it will also convert the aroma components into harmful substances. Therefore, if the temperature of the cigarette is lowered below 500oC, which is the so-called "tobacco is heated but not burned", various harmful components of the smoke can be greatly reduced, while the impact on the aroma components is relatively small, and some aroma components may even be affected by heat. Solution decreases and increases. [0003] Based on this idea, a new concept tobacco product of "tobacco heating but ...

Claims

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Application Information

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Patent Type & Authority Applications(China)
IPC IPC(8): A24F47/00
CPCA24F47/004
Inventor 王成虎王孝峰周顺张劲张晓宇何庆张亚平严志景
Owner CHINA TOBACCO ANHUI IND CO LTD
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