Horizontal type continuous intensive mixing pelletizer with double functions

Abstract

The invention relates to a horizontal type continuous intensive mixing pelletizer with double functions. The horizontal type continuous intensive mixing pelletizer comprises a cylinder (1) and a rotating shaft (2), wherein the cylinder (1) comprises a feeding cylinder (1.1) at the right end, a rotating cylinder (1.2) in the middle and a discharging cylinder (1.3) at the left end; the rotating shaft (2) is provided with a screw fin transverse feeding section (2.1), a three-dimensional rotor stirring and feeding section (2.2) and a screw pushing and extruding section (2.3) sequentially from right to left; the screw fin transverse feeding section (2.1) is located in the feeding cylinder (1.1); the three-dimensional rotor stirring and feeding section (2.2) and the screw pushing and extruding section (2.3) are located in the rotating cylinder (1.2); a perforated plate (5) and a scraper plate (6) are fixed leftwards at the left end of the rotating cylinder (1.2) sequentially. The horizontal type continuous intensive mixing pelletizer has the advantages of reasonable structure, high mixing and pelletizing capacity, high production efficiency, low driving energy consumption and low equipment investment.

Description

technical field [0001] The invention relates to a horizontal continuous double-function powerful mixing pelletizing machine. Background technique [0002] There are two traditional ways of making pellets. 1. First add the powder material to the mucus and mix it, then add it to the mold, and then press it to form pellets under high pressure. 2. The large plate is tilted at a certain angle (55 degree angle). After the material is mixed with mucus, the conveyor will drop the material from above into the large plate. The large plate will rotate centrifugally at a slow speed, and the materials added with mucus will fall into the large plate and rub against each other. Roll to form balls. The traditional two pelletizing methods have the disadvantages of inhomogeneous mixing of pellets, poor pellet product quality, continuous production of pellets, and low work efficiency. Contents of the invention [0003] The object of the present invention is to overcome the above disadvanta...

AI Technical Summary

Problems solved by technology

The traditional two pelletizing methods have the disadvantages of inhomogeneous mixing of pellets, poor pellet product quality, continuous production of pellets, and low work efficiency.

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