Multi-shaft common-rail pulse liquid micro-refinement apparatus

Abstract

The invention discloses a multi-shaft common-rail pulse liquid micro-refinement apparatus. The apparatus comprises a refinement chamber, above two pipelines and a high pressure pump; the refinement chamber is provided with the above two pipelines, one ends of the pipelines are positioned outside the refinement chamber, have three-way structures, and are connected with the high pressure pump and a slurry raw material tube respectively, the slurry raw material tube is provided with a valve, the other ends of the pipelines are positioned in the refinement chamber and are provided with nozzles, the central shafts of the nozzles intersect in the refinement chamber, and the refinement chamber is provided with a material outlet. The apparatus which rapidly breaks and refines the material through utilizing the superposed energy has the characteristics of unique technology, compact structure, stable performances, strong effect, multifunction and the like. The apparatus is mainly used for the controllable refinement treatment of the material in a liquid state, and has the compounding, surface treatment and emulsification functions, and the obtained treated product has a smallest particle size reaching above 1nm nanometer level dimension, has particle size specification uniformity reaching above 80% and an improved functionality.

Description

technical field [0001] The invention relates to the technical field of material miniaturization by physical methods, in particular to a multi-axis common rail pulse liquid miniaturization device. Background technique [0002] In the 21st century full of vitality, the development of information, biology, energy, environment, advanced manufacturing technology and national defense high-tech industries will inevitably put forward new requirements for materials, such as miniaturization, intelligence, high integration, high-density storage and Ultra-high-speed transmission has higher and higher requirements on the size, density and performance of materials. New materials, new products, and new technologies induced on this basis are the most influential strategic development areas for future social development, economic revitalization, and national strength enhancement. Material microprocessing technology will play an extremely important and key role. The main problems in the fiel...

AI Technical Summary

Problems solved by technology

The main problems in the field of liquid micronization in my country are: poor performance of equipment and process technology, low production capacity and high production cost; material particle size micronization control technology is backward, and product particle size is uneven; surface treatment and dispersion technology mainly rely on chemical processing, the purity and function of the product are reduced, the application is difficult, and the product quality is far from meeting the user's requirements

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