Determinants Of The Refraction Effect Of Single-sided Magnets

Determinants of the refraction effect of single-sided magnets

 

A magnet that has more magnetism on one side and less magnetism on the other is referred to as a single-sided magnet. The technique entails wrapping one side of the double-sided magnet in an iron shell made of a specially treated galvanized iron sheet in order to block the magnetic force and shield the magnetism of the wrapped side. The opposing side's magnetism will be strengthened if it is refracted. The following three factors are the key determinants of the magnetic refraction of a single-sided magnet, which is similar to the refraction of a satellite pot to a signal or the refraction of a flashlight pot to light.

1. Magnet material: The thickness, distance between the magnet and the material, and single-sided magnet material selection are all closely related. 99% of shielding materials have not been examined, but the materials produced by different manufacturers have diverse effects. Pure iron sheets are susceptible to magnetic flux leakage, and the refraction will be strengthened after special treatment.

 

2. Angle: The effect of curved materials is better, and the refraction loss of right-angle materials is greater, according to the refraction principle.

 

3. The amount of space used: The magnetic field line requires space to be refracted since it acts like a mobile phone signal in the air. A lot of light is lost due to refraction when the flashlight's lamp pot is entirely wrapped around the lamp, therefore the use outcome is undoubtedly poor.

How to apply the above principles to improve the magnetic effect of single-sided magnets is a problem of balancing many parameters, so that in the fields of packaging boxes, bags, leather goods, and so on, production costs will be greatly reduced and magnetic materials will be saved.