Full-automatic online type continuous powder-liquid mixing and dispersing system

Abstract

The invention discloses a full-automatic online type continuous powder-liquid mixing and dispersing system. A first metering tank and a second metering tank are respectively connected to a continuouspowder-liquid mixing system through a pipeline, a premixing tank is connected to a continuous powder-liquid mixing system through a pipeline, a valve and a powder-liquid mixing stator structure are arranged on the pipeline between the premixing tank and the continuous powder-liquid mixing system, powder and liquid are mixed in a cavity body of the stator structure, a glue solution buffer tank is connected to the continuous powder-liquid mixing system through a pipeline, the continuous powder-liquid mixing system is connected to a feeding opening of a slurry buffer storage tank through a pipeline, and a discharging opening of a high-speed dispersing system is connected to a feeding opening of a transfer tank through a pipeline. The full-automatic online type continuous powder-liquid mixingand dispersing system is applied to an online type powder-liquid production system; according to the whole set of system, automatic feeding, vacuum power suction and high-speed dispersion are integrated; a highly-integrated design can meet high-efficiency, pollution-free and high-quality production requirements in powder-liquid production, and the problem that nanoscale materials are difficult todisperse and prone to agglomerate in solvents is solved.

Description

Technical field: [0001] The invention relates to a fully automatic online continuous powder-liquid mixing and dispersing system. Background technique: [0002] At present, there are two common forms of material mixing and dispersing systems in the industry: one is a process of forming a solid mixture through a mixing and granulation process; the other is a process of forming a liquid dispersion system through a dispersion process with less powder and more liquid. process. It is very difficult to realize the process of forming a liquid high viscosity slurry with more powder and less liquid. Although some industries can artificially produce liquid high-viscosity slurry with more powder and less liquid, it is not mixed and dispersed in the online proportion of powder and liquid, and the production efficiency is low, and the uniformity and stability of the produced slurry are often insufficient. to industry requirements. The existing powder-liquid mixing equipment mainly uses...

AI Technical Summary

Problems solved by technology

However, it is very difficult to realize the process of forming a liquid high-viscosity slurry with more powder and less liquid.

Although it is possible to artificially produce liquid high-viscosity slurry with more powder and less liquid in some industries, it does not mix and disperse powder and liquid online, the production efficiency is low, and the uniformity and stability of the produced slurry are often not up to the standard. to industry requirements

The existing powder-liquid mixing equipment mainly adopts double planetary mixers, which are produced in batches and rely on manual work. The disadvantages are: solid-liquid mixing is easy to form agglomerates, and the formed solvent is unstable. A large amount of powder is added at one time, and dust splashes and stirs. Long time, low production capacity, difficult to disperse nano-scale materials

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