Pressurized impregnation machine for preparing aluminum electrolytic capacitor

Abstract

The invention discloses a pressurized impregnation machine for preparing an aluminum electrolytic capacitor. The pressurized impregnation machine comprises a rack, an impregnation tank, a sealed cover, a carrier, a vacuumizing pipe, a bleeder pipe, and a compressed air pipe, wherein the impregnation tank is arranged on the rack, the sealed cover is hermetically connected with a mouth of the impregnation tank to form an impregnation zone, the carrier is arranged on the impregnation tank and used for containing impregnation materials, the vacuumizing pipe, the bleeder pipe and the compressed air pipe are communicated with the impregnation zone, especially, an inner container is arranged in the impregnation tank, a clearance is formed between the periphery of the inner container and the inner wall of the impregnation tank, and the pressurized impregnation machine further comprises a lifting mechanism which is positioned at the clearance and is used for adjusting the height of the carrier. According to the pressurized impregnation machine, the ascending or descending of the carrier containing the impregnation materials in the impregnation tank can be realized on the premise of not opening the sealed cover, and impregnation liquid on the surface of the impregnation materials can be effectively leached when the carrier containing the impregnation materials is taken out, so that the loss of impregnation liquid can be furthest decreased, and the cost can be further saved. In addition, the pressurized impregnation machine is simple in structure, and convenient to implement.

Description

Technical field [0001] The invention is a processing equipment in the processing equipment for preparing aluminum electrolytic capacitors, involving a compression machine for preparing an aluminum electrolytic capacitor. Background technique [0002] The immersion machine is very common, especially in the preparation of aluminum electrolytic capacitors, which generally includes a rack, a soaked slot set on the rack, connected to the sealing of the soaked slot and forming a seal with an immersion range, which is connected to the immersion range.The pumping vacuum pipes, airworthiness, and compressed air pipes enable the impregnation to meet the impregnation process of aluminum electrolytic capacitors (including immersive) under normal pressure, vacuum, and constant pressure.However, when the impregnation requires partial or one -sided immersion, it is generally opened to open the sealing lid and uses the card slot or connection parts set in the impregnation groove to contact the i...

AI Technical Summary

Problems solved by technology

However, when the impregnation needs to be partially or one-sidedly impregnated, the sealing cover is usually opened, and the clamping groove or connecting part arranged in the impregnation tank is used to contact the impregnating object to realize the lifting or lowering of the impregnating object. Therefore, the processing steps are cumbersome , and the efficiency is low, and waste resources at the same time. In addition, when the impregnated material is taken out from the impregnated liquid and put into the deliquifier, part of the impregnated liquid may drip on the ground or equipment, causing environmental pollution, and also caused impregnated liquid waste

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