Working Principle of Electromagnetic Test Sieve

The electromagnetic test sieve is a laboratory test sieve designed for ultrafine powder screening and detection on the basis of the original ordinary test sieve. down the puzzle. The following will introduce you to the working principle of the electromagnetic test sieve.

Working principle of electromagnetic test sieve

The electromagnetic test sieve is composed of a base, an electromagnetic generator, a sieve tray and a standard sieve. Electromagnetic is used as the driving force to make the products evenly distributed on the whole screen, and to perform three-dimensional oscillation (with three vibration modes: up and down vibration, back and forth reciprocating motion, and left and right swing). This special vibration mode effectively prevents particles close to the screen from clogging the screen. According to the needs of particle size classification, users can choose standard sieves with different meshes, so that the material particles smaller than the sieve mesh can be sieved into the lower sieve frame to achieve separation, classification, and determination of particle size. the goal of.

The above is an introduction to the working principle of the electromagnetic test sieve, which is characterized in that the electromagnetic test sieve machine has three-dimensional vibration actions: vertical, horizontal, and rotating, which can produce faster and more effective screening for the quantification of various solids and suspensions Dry or wet sieving or micro-precision sieving for particle size analysis, the processing capacity can reach 2kg, and the measurement range is from 5μm-63mm.