Watch Antimagnetic Properties: Material Composition Performance

Analysis of antimagnetic properties of collectible watches

With the passage of time and the development of science and technology, people have become more and more picky about mechanical watches. For example, the antimagnetic performance of mechanical watches has become one of the indicators that people pay attention to. This article will introduce the antimagnetic performance analysis of watch in detail, so that we can gradually understand the performance of these watches.

The key to the antimagnetic performance of the watch lies in the composition material of the movement. Usually, electronic equipment, home appliances and other equipment have a greater magnetic impact on mechanical watches, and collectible watches must solve these problems.

watchmovement usually uses non-magnetic materials to reduce the possibility of magnetism. Some common non-magnetic materials include copper, silicon, zinc, stainless steel, and titanium. The use of these materials can effectively prevent movements from losing accuracy due to magnetism.

In addition to using non-magnetic materials, collectible watches will also use magnetic shielding technology for protection, such as using iron inner curtains or soft iron covers to enhance the case's shielding performance against magnetic fields.

Since the impact of magnetic fields on mechanical watches is unpredictable, the antimagnetic performance must be rigorously tested. During the testing process, four types of magnetic fields are usually involved: DC magnetic field, AC magnetic field, permanent magnetic field and transient magnetic field. During the test, the watch is placed in a magnetic field and the operation of the watch is observed. If there is an error in the time of the watch, the antimagnetic performance of the watch will be reduced. Therefore, the key to testing is to determine the stability of the table under any conditions.

Ultimately, we can conclude that the antimagnetic properties of collectible watches are very critical and play a vital role in the longevity and accuracy of these watches. The use of non-magnetic materials and magnetic shielding technology as well as strict testing can ensure the stability of the watch, thus improving the quality and value of the watch.