Powder attraction, dissolution and dispersion device

Abstract

The invention provides a powder suction, dissolution and dispersion device, which does not waste materials and does not consume man-hours when performing suction, dissolution and dispersion treatment on a small amount of powder in batches. In this suction, dissolution and dispersion device for powder, the rotary blade is rotated, and the material to be processed is sucked into the first introduction chamber from the first suction part and passed through the throttle flow path, and after being stirred by the rotary blade, it is discharged from the discharge chamber to The discharge part discharges, and the processed substance discharged from the discharge part circulates to the second suction part through the circulation flow path, and is sucked from the second suction part into the second introduction chamber and passes through the throttling flow path, and then stirred by the rotary blade After that, it is discharged from the discharge part through the discharge chamber, the supply mechanism of the powder raw material in the processed substance is arranged on the first suction part, and the supply mechanism of the liquid raw material in the processed substance is arranged on the discharge pipe communicated with the discharge part , the upper part of the discharge pipe communicating with the discharge part is opened to form a degassing part, and the discharge part of the treated substance is formed in the lower part of the discharge chamber.

Description

technical field [0001] The invention relates to a device for attracting, dissolving and dispersing powder. Background technique [0002] Conventionally, the applicant of the present invention has proposed and put into practical use a device for sucking, dissolving and dispersing powder. That is, by rotating the rotor blade, the substance to be treated is sucked into the introduction chamber from the first suction part and passed through the throttling chamber. The flow path is stirred by the rotary blades, and then discharged from the discharge part through the discharge chamber, and the material to be treated discharged from the discharge part is circulated to the second suction part through the circulation flow path, and sucked from the second suction part to the After being introduced into the chamber, it passes through the throttling flow path, and after being stirred by the rotor blades, it is discharged from the discharge part through the discharge chamber (refer to Pa...

AI Technical Summary

Problems solved by technology

[0003] However, the above-mentioned conventional powder suction, dissolution and dispersion equipment is based on continuous processing, and even in batch processing, it is aimed at processing a large amount of processed objects. Therefore, when processing a small amount of processed objects such as testing or trial production, , with issues such as excessive material wastage and excessive man-hours spent coordinating the various steps

[0004] In addition, the conventional powder suction, dissolution and dispersion device is based on continuous processing, so when the powder raw material is not supplied during batch processing, there is a powder raw material supply mechanism connected to the first suction part. Problems such as easy clogging of tubes due to wetting

[0005] In addition, in the conventional powder suction, dissolution and dispersion equipment, there is a problem that the temperature of the material to be processed is likely to rise due to the kinetic heat generated by the dissolution and dispersion process, and it is easy to deteriorate.

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