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Yantai Atsen Machinery Technology Co., Ltd

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    ytartisan@163.com

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    13506454909

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    No. 166 Zhuji Middle Road, Zhifu District, Yantai City

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Precision filtration kettle

NegotiableUpdate on 09/25
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Overview

Detailed introduction: Mechanical cleaning is the most common method for cleaning filter kettles, among which high-pressure water gun cleaning is the most commonly used. It has a significant effect on the accumulation of general dust and dirt such as powder lumps. The operation is simple and convenient, the cleaning cost is low, the harm is small, and the loss of kettle equipment is generally small. However, the applicability plan is narrow

Product Details

  • Detailed Introduction

Mechanical cleaning is the most common method for cleaning filter kettles, among which high-pressure water gun cleaning is the most commonly used. It has a significant effect on general dust and dirt such as powder clumping and accumulation, with simple and convenient operation, low cleaning cost, low harm, and generally small loss of kettle equipment, but narrow applicability planning. Most of the red products and experimentsReaction kettleCleaning dust and dirt with high-pressure water guns is difficult to achieve the desired effect. In special cases, such as solid agglomeration caused by polymerization reactions, it is necessary to cooperate with other cleaning methods for cleaning, such as hitting, crushing, cutting, etc.

For viscous or highly adsorptive liquid dust, scrubbing can be used to remove it. This method is particularly suitable for glass reaction vessels and enamel reaction vessels. Small vessels can be easily cleaned with a cloth or test tube brush, and the operation is simple. The high-pressure water gun method is used for mechanical cleaning, which causes minimal damage to the kettle equipment. However, other mechanical cleaning methods are simple and rough, and caution should be taken during operation to avoid damage to the kettle equipment. Together, mechanical cleaning is bound by operational methods and is particularly suitable for detachable reaction vessels, with limited application in large or non detachable vessels.