Fluidised cleaning bed is a highly efficient cleaning equipment widely used for cleaning various industrial parts, especially for surface oil, dust and other impurities. It uses the principle of fluidised bed, the workpiece will be placed in the flow of cleaning medium, through the role of air or liquid flow, to achieve the effect of efficient cleaning. Today, Jiangsu Ruiyuan heating equipment technology company will explain to you the working principle of fluidised cleaning bed and how to efficiently clean the workpiece.
1. Principle of operation of Fuidised beds
The basic principle of the fluidised cleaning bed is to "suspend" the cleaning medium (usually particles or liquid) in a fluidic state by means of a gas or liquid flowing through the bed and placing the workpiece in an environment where the medium is flowing. The workpiece is continuously rubbed and collided with in the fluidised bed, removing dirt from its surface. The process makes full use of the dynamic and frictional forces of the fluidised medium to achieve a thorough cleaning.
2. Preparation for cleaning
Before cleaning, first of all to ensure that the fluidised cleaning bed clean and equipment in good condition. The choice of cleaning medium should be based on the material of the workpiece and the type of dirt for a reasonable configuration, to avoid poor cleaning results due to improper selection. In addition, the workpiece should be cleaned before the initial physical examination to confirm its suitability for fluidised bed cleaning.
3. Adjustment of the flowability of the cleaning medium
According to the cleaning needs of different workpieces, it is very important to adjust the flow speed and intensity of the medium in the fluidised bed. The speed of the air or liquid flow in the fluidised bed needs to be properly adjusted to ensure that the cleaning medium is able to fully contact the surface of the workpiece to ensure the cleaning effect. If the air or liquid flow in the cleaning bed is too strong, it may cause the workpiece to shift or be damaged; if it is too weak, it may not be able to clean the workpiece effectively.
4. Placement of workpieces and cleaning operations
The workpieces should be evenly distributed in the fluidised bed to avoid the accumulation of workpieces or squeezing each other. According to the size and shape of the workpieces, the amount of cleaning each time should be reasonably arranged. Generally speaking, small parts are suitable for concentrated cleaning, while large workpieces need to be cleaned in batches. Ensure the mobility and uniform exposure of the workpieces during the cleaning process in order to achieve the best cleaning effect.
5. Control of cleaning time and temperature
The control of cleaning time and temperature directly affects the cleaning effect. Depending on the type of dirt on the surface of the workpiece and the degree of adhesion, set the cleaning time reasonably. Too short a time may lead to incomplete cleaning, while too long a time may waste energy and cause unnecessary wear and tear on the workpiece. In addition, temperature control is also a key factor in the cleaning process. Higher temperatures can improve cleaning results, but care should be taken not to exceed the thermal limits of the workpiece.
6. Post-cleaning inspection and treatment
After cleaning, the workpiece should be inspected to confirm that the cleaning effect meets the requirements. If there is residual dirt, re-cleaning may be considered. Some workpieces may require post-treatment, such as drying or surface treatment, to ensure that the quality and performance of the workpieces meet the requirements.
Our company can non-standard custom products, click the menu barContact UsReady to customise or refer to firstproduct pageAppreciate our company's products oh!
Recommended Reading:
Chinese 
Russian 
Indonesian 
German 
French 
Italian 
Spanish 
Portuguese 
Polish 
Czech 
Turkish 
Korean 
Japanese 
Arabic 
Persian 
Dutch 
English