A new starchy cigarette gum based on non-gelatinized starch

Abstract

A novel starchy cigarette gum based on non-gelatinized starch, characterized in that it consists of the following components by weight: 35%-85% of water, 10%-60% of non-gelatinized starch, and 0.05%-preservative 1%, defoamer 0.05%-1%, functional additive 0-5%; the non-gelatinized starch refers to modified starch without gelatinization reaction, including degraded-esterified starch and degraded- etherified starch. The cigarette adhesive of the present invention has good viscosity, fluidity and stability, can be stored stably for more than three months at room temperature, and can be used as any adhesive in cigarette production, such as lapping glue and mouthpiece glue , filter stick center line glue, packaging glue and aluminum foil compound glue, etc., and can be applied to any type of cigarette making machine, especially the cigarette making machine with a speed of more than 7000 cigarettes per minute per gun and faster cigarettes with a speed of more than 10000 cigarettes per minute. machine.

Description

technical field

[0001] The invention relates to a starchy adhesive, in particular to a novel starchy cigarette glue based on non-gelatinized starch. Background technique

[0002] Adhesives are one of the important raw and auxiliary materials in the cigarette manufacturing process. Adhesives are involved in many cigarette production processes, mainly including: lapping glue, mouthpiece glue, filter rod centerline glue, packaging glue and aluminum foil Composite glue, etc. At present, the speed of a single gun of domestic mainstream cigarette machines is basically about 7000 pieces per minute (the speed of some new cigarette machines reaches 14000-16000 pieces per minute). Based on this cigarette speed, the rolling speed of cigarette rods is about 500 meters per minute. Minutes, for example, for lapping glue, the time between its coating on the cigarette paper and the coming out of the cigarette rod is less than 0.1 second, and the drying time is less than 0.1 second, otherwi...