A hot-melt polymer mixing and discharging device for the development of new material technology

Abstract

The invention discloses a hot-melt high polymer mixing and discharging device for the development of new material technology, which comprises a vertically arranged variable-diameter support installation cylinder. The lower end of the surface feeding cylinder cooperates with the variable-diameter support installation cylinder to be horizontally provided with a material guide installation plate, and the lower end of the variable-diameter support installation cylinder is provided with a stirring discharge structure. A spherical mixing drum is set downward on the extrusion material plate, and the lower half of the spherical mixing drum protrudes horizontally to the right, and a variable-diameter discharge tube is provided, and the lower end of the spherical mixing drum and the variable-diameter discharge tube is equipped with a transmission installation cover horizontally. , the middle position of the material guide installation plate is vertically penetrated by a limit transmission column through a limit bearing sleeve. The present invention has the advantages of compact structure design, high transmission efficiency, assembly line feeding processing, high operating efficiency, and good effect of hot-melt mixing and discharging, etc. advantage.

Description

technical field [0001] The invention relates to the field of new material technology development, in particular to a hot-melt high polymer mixing and discharging device for new material technology development. Background technique [0002] In the development of new material technology, polymers in different molten states are often mixed to form a new mixed material with excellent performance, because it has high polymer compatibility, and high polymer compatibility refers to two or more high polymers. The degree to which substances can be mixed with each other at the molecular level, but this term is sometimes used to indicate whether the polymer has a macroscopic phase separation after mixing; it is also used in industry to indicate whether the polymer has the desired after mixing. However, due to the imperfect design of the currently used hot melt mixing device, various problems appear in practice. [0003] In order to solve the above problems, the present invention is pr...

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Problems solved by technology

[0002] In the development of new material technology, polymers in different molten states are often mixed to form a new mixed material with excellent performance, because it has high polymer compatibility, and high polymer compatibility refers to two or more high polymers. The degree to which substances can be mixed with each other at the molecular level, but this term is sometimes used to indicate whether the polymer has a macroscopic phase separation after mixing; it is also used in industry to indicate whether the polymer has the desired after mixing. performance, but the currently used hot melt mixing device has various problems in practice due to its imperfect design

[0003] In order to solve the above problems, the present invention is proposed, which overcomes the currently used hot-melt polymer mixing and discharging device. Due to the use of single-chamber hot-melt stirring, the stirring is incomplete, and the stirring process cannot continue to add materials and continue processing. The problems of poor mixing effect and low efficiency solve the problems of the currently used hot-melt polymer mixing and discharging device. Due to the use of multi-drive motors, the power structure is chaotic and the device structure is huge. The present invention has a compact structure design. , high-efficiency transmission, pipeline-type feeding processing, high operating efficiency, good effect of hot-melt mixing and discharging, etc.

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