Difference Between Ultrasonic Sieve Shaker And Ordinary Sieve Shaker

The ultrasonic sieve shaker is an ultrasonic system added on the basis of the ordinary sieve shaker. This article will explain the difference between the ultrasonic sieve shaker and the ordinary sieve shaker in detail:

1. Application

ultrasonic sieve shaker solves the problem of screening high-mesh products with more than 200 meshes or products that are easy to agglomerate and easily charged with static electricity that are difficult to sieve with ordinary sieve shakers. Generally, test sieve manufacturers will suggest that users add an ultrasonic system to detect materials with a fineness of 200 mesh or more, so that the material is easier to penetrate the mesh and is not easy to block the mesh. Yes, of course, if the fluidity of the user's material is relatively good, it is not necessary to add an ultrasonic system if the material is finer than 200 mesh, and it needs to be combined with the actual needs of the customer.

2. Blockage

Ordinary sieve shakers are easy to block the mesh holes in the process of sieving fine powder, resulting in accumulation, thereby reducing output and product quality. The ultrasonic sieve shaker has a vibration frequency of 36,000 times per second, which can quickly decompose attachments, and the passing rate of the sieve surface can be reduced. Improve by 50%-400%.

3. Production cost

Because the ultrasonic sieve shaker eliminates screen clogging, the product quality is consistent throughout the production process, and there is no need to stop to clean the screen, reducing the risk of downtime and reducing production costs.

The above is the difference between the ultrasonic sieve shaker and the ordinary sieve shaker, because the transducer on the ultrasonic system of the ultrasonic sieve shaker directly acts on the grid to control the screen, so the screening effect will be better than the ordinary sieve shaker Well, especially the advantages in fine powder screening and detection will be particularly prominent.