Super Magnetic Steel Tool Testing Process

A Little Wisdom Helps You Become Smarter !

This method of testing the adsorption force of super magnetic steel tools has certain feasibility, but also has some limitations !

Feasibility aspects

- Reasonable principle : Measuring the adsorption force by weighing the small steel balls adsorbed by the magnetic steel after it is lifted conforms to the basic principle of testing the adsorption force. The stronger the adsorption force, the more small steel balls can be adsorbed and the greater the weight will be.

- Simple operation : Using common plastic containers and small steel balls and measuring by weighing doesn't require complicated equipment and technology, and is easy to implement.

Limitations aspects

- Environmental interference : The magnetic field in the surrounding environment may interfere with the test results and make the measurement inaccurate.

- Effect of steel balls : Differences in the material, size and shape of the small steel balls will affect the adsorption effect of the magnetic steel on them. Different batches of small steel balls may lead to different results.

- Contact issues : The contact mode and depth between the magnetic steel and the small steel balls will affect the measurement of the adsorption force. If the magnetic steel is buried at different depths, the number of adsorbed steel balls will also be different, and it is difficult to ensure that the test conditions are the same every time.

- Measurement range : If the adsorption force of the magnetic steel is too strong and exceeds the range of an ordinary scale, it will not be possible to measure accurately; if the adsorption force is weak and the weight of the small steel balls is light, the accuracy of the scale may not be sufficient to measure accurately either.