Why is the rod-shaped \"magnet remover/iron remover\" not a single piece but rather composed of several cylinders joined together?
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The demagnetizers used in the factory are intended to remove iron particles during the processing process. However, the rod-shaped magnetizers (with a strength of around 10,000 gauss) are about thirty centimeters long; they are not entirely magnetic throughout – instead, magnetic cylinders are arranged regularly along their length. If iron particles are attracted, it is clear to see that the magnetic sections attract the particles, while the non-magnetic sections remain clean. Why is it designed this way? Won’t it cause aspiration?
Knowing the characteristics of magnets explains why.
The entire rod has strong adhesive force only at its two ends; when it is divided into multiple sections, each section has strong adhesive force at both ends, thereby increasing the adsorption area
Once the idea arises, it’s the magnetic field lines. . .
Aspiration will occur. Changing the arrangement should solve it. It’s best to contact the manufacturer.
Aspiration will occur. Changing the arrangement should solve it. It’s best to contact the manufacturer.