Plant-based biodegradable material manufacturing equipment and process

Abstract

The invention discloses plant-based biodegradable material manufacturing equipment which comprises a bottom plate and a pair of stabilizing frames, a crushing box body, a crushing cylinder and a grinding cylinder shell are arranged between the two stabilizing frames, a moisture removal mechanism is rotatably arranged between the crushing box body and the crushing cylinder, a rotary grinding cylinder is rotatably arranged in the grinding cylinder shell, and the rotary grinding cylinder is rotatably arranged in the bottom plate. A material collecting box is arranged below the rotary grinding cylinder, and an internal mixing box body is connected to the front portion of the material collecting box. The device has the advantages that deadwood and rotten leaves pass through the crushing box body to obtain crushed materials, the crushed materials enter the crushing barrel body to be further crushed to obtain crushed materials, the crushed materials enter the rotary grinding barrel to be ground into thoroughly dried superfine powder by the grinding roller, and then the superfine powder enters the internal mixing box body to be stirred and mixed; all the mechanisms in the whole set of equipment are skillfully matched with one another from top to bottom, all procedures are closely and reasonably connected, the crushing mode is progressive layer by layer, and the process of changing deadwood and rotten leaves into superfine powder is simple and smooth.

Description

Technical field: [0001] The invention relates to the technical field of biodegradation, and more particularly to a plant-based biodegradable material production equipment and process. Background technique: [0002] Daily necessities made of plastic as the main raw material are widely used. With the slogan of national energy saving and environmental protection, degradable plastics are widely used. The rotten leaves are processed as raw materials to obtain plant fiber powder, and finally degradable materials are added to mix and mix to obtain degradable plastic particles. However, the current traditional production equipment cannot achieve good crushing effect when crushing dead branches and rotten leaves. Therefore, the proportion of the obtained plant fiber powder in the plastic particles is very low, and the effect is poor. At the same time, the existing production equipment has a complex structure, occupies a large area, and costs a lot, and there is a certain discontinuit...

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Problems solved by technology

[0002] Daily necessities made of plastic as the main raw material are widely used. With the national slogan of energy saving and environmental protection, degradable plastics are widely used. When making degradable plastics, the waste generated during gardening is usually used. Rotten branches and leaves are processed as raw materials to obtain plant fiber powder, and finally degradable materials are added for banbury mixing to obtain degradable plastic particles. However, the current traditional production equipment cannot achieve a good crushing effect when crushing dead branches and rotten leaves. Therefore, the proportion of the obtained plant fiber powder in the plastic granules is very low, and the effect is poor. At the same time, the existing production equipment has a complex structure, takes up a large area, and costs a lot, and there is a certain discontinuity in the connection between the various processes. Low

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