Harm-reduction tar-reduction cigarette with shaft core
A shaft core and cigarette stick technology, applied in tobacco, cigar manufacturing, application, etc., can solve the problems of limited adsorption performance, increase adsorption performance, increase suction force, etc., and achieve improved suction quality, good adsorption and The effect of maintaining and increasing the amount of oxygen
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example 1
[0018] Example 1: If figure 1 , figure 2 As shown, the cigarette is composed of a filter rod 4 connected with a tobacco rod, and the tobacco rod is rolled by wrapping the tobacco formula raw material 2 with the cigarette paper 1. A shaft core 3 is arranged longitudinally inside the cigarette rod, and the length of the shaft core 3 can be Run through the entire tobacco rod, or only set a small section in the tobacco rod. The rush is selected as the shaft core, and the sample cigarette is made with a cigarette maker, and the rush is wrapped by materials such as the tobacco formula raw material 2 in the tobacco rod. The test results show that the smoke index of the sample smoke is significantly different than that of the control smoke without rush core: tar is reduced by 40.4%, nicotine is reduced by 35.6%, CO is reduced by 11.7%, HCN is reduced by 21.7%, and NNK is reduced by 21.4% , NH 3 30.7% reduction, 19.6% reduction in B[a]P, 18.0% reduction in phenol and 25.5% reductio...
example 2
[0019] Example 2: Cotton is used to make the shaft core. Others are the same as in Example 1. A cigarette maker is used to make sample cigarettes. The cotton is wrapped by materials such as the tobacco formula raw material 2 in the tobacco rod. The test results show that the smoke index of the sample smoke is significantly different than that of the control smoke without cotton core: tar is reduced by 45.3%, nicotine is reduced by 40.9%, CO is reduced by 15.2%, HCN is reduced by 30.3%, NNK is reduced by 18.8%, NH 3 37.2% reduction, 38.5% reduction in B[a]P, 20.0% reduction in phenol and 27.1% reduction in crotonaldehyde. The results of the smoking evaluation show that the choice of cotton as the shaft core not only has a certain dilution effect on the smoke, but also does not bring in any miscellaneous gas and bad smell.
example 3
[0020] Example 3: Corn stalks were selected as the shaft core, and the others were the same as in Example 1. The sample cigarettes were made with a smoker, and the corn stalks were wrapped with tobacco formula raw material 2 and other materials in the tobacco rod. The test results show that the smoke index of the sample smoke is significantly different from that of the control smoke without adding corn stalks: 38.6% reduction in tar, 33.3% reduction in nicotine, 23.6% reduction in CO, 24.4% reduction in HCN, and 29.4% reduction in NNK , NH 3 37.1% reduction, 32.9% reduction in B[a]P, 11.7% reduction in phenol and 40.0% reduction in crotonaldehyde. The evaluation results show that the choice of corn stalks as the core not only has a certain dilution effect on the smoke, but also can introduce the sweet smell of corn.
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