When it comes to luxury watches, Rolex is a name that stands out for its reputation, craftsmanship, and innovation. One of the key features that watch enthusiasts often look for in a timepiece is its resistance to magnetic fields. In recent years, the issue of magnetism has become increasingly important as we are surrounded by electronic devices that emit magnetic fields. This has led to a growing demand for antimagnetic watches, and many watch manufacturers have started incorporating antimagnetic technologies into their timepieces.
One common misconception among watch enthusiasts is whether the iconic Rolex Submariner is antimagnetic. The Submariner is one of Rolex's most popular and enduring models, known for its robustness, reliability, and underwater capabilities. However, there has been some confusion regarding its antimagnetic properties. In this article, we will explore the truth behind the myth of the Rolex Submariner's antimagnetic capabilities.
Modern Rolex models, including the Submariner, are indeed equipped with antimagnetic properties. Technically, a watch is considered antimagnetic if it can resist a magnetic field of 4800 A/m, which is roughly equivalent to 60 gauss. To put this into perspective, everyday magnetic fields encountered in our environment typically range from 25 to 70 gauss. Therefore, a watch with a resistance of 60 gauss would be able to withstand most common magnetic interferences.
Rolex has been at the forefront of antimagnetic watch technology, incorporating innovative materials and design elements to ensure their timepieces are highly resistant to magnetic fields. The key to Rolex's antimagnetic capabilities lies in the use of a special alloy called Parachrom for the hairspring in the movement. The Parachrom hairspring is made from a paramagnetic alloy that is highly resistant to magnetism, ensuring that the movement remains unaffected even in the presence of strong magnetic fields.
In addition to the Parachrom hairspring, Rolex also utilizes a soft iron inner case in some of its models, including the Milgauss, to further enhance the watch's antimagnetic properties. The soft iron case acts as a shield, directing the magnetic field away from the movement and protecting it from being magnetized. While the Submariner does not feature a soft iron inner case like the Milgauss, it is still equipped with the Parachrom hairspring, which provides sufficient antimagnetic protection for everyday wear.
Despite Rolex's efforts to make their watches antimagnetic, there have been instances where the Submariner, and other Rolex models, have become magnetized. This can happen when the watch comes into contact with strong magnetic fields, such as those produced by magnets in electronic devices or magnetic closures on bags and straps. When a watch becomes magnetized, it can affect the accuracy of the movement, causing it to run fast or slow.
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