A kind of preparation method of cigarette filter stick adding yew plant particles
A technology of plant particles and cigarette filter rods, applied in e-liquid filter, tobacco, food science and other directions, can solve the problems of lack of medicinal ingredients and aroma, loss of biological active ingredients, complicated extraction process, etc., to enrich the aroma of cigarettes and enhance comfort. Taste, rich aroma effect
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Embodiment 1
[0019] A. After washing, drying, deactivating and sterilizing 7.0Kg of yew leaves, pulverize and pass through a 20-60 mesh sieve, dry or dry to obtain yew plant particles 3.0Kg;
[0020] C. Put the fresh roots of vetiver root, zheer root, grass root, reed root, and bagasse according to the weight ratio of vetiver root 1.38Kg, zhe ear root 0.5Kg, grass root 0.5Kg, reed root 0.5Kg, and bagasse 0.6Kg after rolling. , Drying, curing, mixing and crushing to obtain 1.5Kg of 20-300 mesh mixed plant particles;
[0021] D. After the yew plant particles 3.0Kg of step A and the mixed plant particles of step C 1.5Kg are uniformly mixed, 4.5Kg of yew plant composite particles are obtained;
[0022] E. Mix 4.5Kg of yew plant composite particles after step D with 100g of hydrophilic polymer binder, and make yew plant composite microporous particles 4.6Kg through fluidized bed spray granulation process, hydrophilic type The polymer binder is one or a combination of konjac glucomannan, edible gelati...
Embodiment 2
[0025] B. The yew root 13.0Kg is cleaned, dried, killed, sterilized, and then processed into a yew plant ultrafine powder 6.0Kg with a particle size of less than 50μm through a crushing process;
[0026] C. The fresh roots of vetiver root, zheer root, grass root, reed root, and bagasse are twisted according to the weight ratio of 2.0Kg of vetiver root, 1.1Kg of zipper root, 1.1Kg of grass root, 0.8Kg of reed root, and 1.0Kg of bagasse. , Drying, de-greening, mixing and crushing to obtain 3.0Kg of mixed plant particles of 20-300 mesh;
[0027] D. After uniformly mixing 6.0Kg of the yew plant superfine powder in step B and 3.0Kg of the mixed plant particles of step C, 9.0Kg of yew plant superfine composite powder is obtained;
[0028] E. Mix 9.0Kg of the yew plant superfine composite powder that has gone through step D with 250g of hydrophilic polymer binder, and make 9.25Kg of yew plant ultra-microporous composite powder through a fluidized bed spray granulation process , The hydroph...
Embodiment 3
[0031] B. Process 65.0Kg of yew stems and fruits into 28.0Kg of yew plant ultrafine powder with a particle size of less than 40μm after washing, drying, curing, and sterilizing.
[0032] C. The fresh roots of vetiver root, zheer root, grass root, reed root and bagasse are twisted according to the weight ratio of vetiver root 11.0Kg, zhe ear root 5.0Kg, grass root 5.0Kg, reed root 4.0Kg, and bagasse 5.0Kg. , Drying, de-greening, mixing and crushing to obtain 15.0Kg of mixed plant particles of 20-300 mesh;
[0033] D. After uniformly mixing 28.0Kg of the yew plant superfine powder in step B and 15.0Kg of the mixed plant particles of step C, 43.0Kg of yew plant superfine composite powder is obtained;
[0034] E. Mix 43.0Kg of yew plant ultra-microporous composite powder that has gone through step D with 1.3Kg of hydrophilic polymer binder, and make yew plant ultra-microporous composite powder 44.3 through fluidized bed spray granulation process Kg, the hydrophilic polymer binder is one...
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