Cavitation water jet impact strengthening device

Abstract

The invention provides a cavitation water jet impact strengthening device, the impact strengthening device comprises a water tank (13), a spray gun (1), a high pressure device (5) and a low pressure device (6), and the spray gun (1) is configured as Can be immersed in the water in the water tank (13) to spray the sample (2) to be treated, the high-pressure device (5) and the low-pressure device (6) supply pressure water for the spray gun (1), wherein the low-pressure device (6 ) is provided with a cavitation gain device. According to the cavitation water jet impact strengthening device of the present invention, the surface treatment of materials can be carried out, and the treatment process can be observed and controlled conveniently.

Description

technical field [0001] The invention relates to the technical field of material surface treatment, in particular to a cavitation water jet impact strengthening device, especially a surface impact strengthening device based on high-pressure cavitation water jet. Background technique [0002] At present, the use of water jets is mainly concentrated in mining and petroleum fields, and high-pressure continuous water jets are used for cutting and cleaning. However, in terms of design and application research of water jet impact strengthening devices suitable for material surface modification, the background is relatively weak , no relevant reports have been seen. With the domestic emphasis on the research on the surface modification of materials, more attention should be paid to the water jet impact strengthening technology. Therefore, it is necessary to design and develop a series of related water jet impact strengthening devices. [0003] Furthermore, for the existing jet inje...

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Problems solved by technology

[0003] Furthermore, for the existing jet injection device, the designer found that there are many defects, such as the separation of the sample pool and the reservoir, which takes up a large space, and the water level of the sample pool and the reservoir cannot be adjusted in association, resulting in waste of water resources; For example, the existing jet injection device is not convenient to observe the test phenomenon

In addition, the existing jet injection device still has problems such as single type of sample to be processed and lack of effective monitoring of the processing process.

[0004] In summary, looking at the research status of material surface treatment, the surface impact strengthening device based on high-pressure cavitation water jet is still in its infancy.

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