Powerful and Industrial earphone magnet disc n35

Powerful and Industrial Earphone Magnet Disc N35

Earphones have become an essential part of our everyday lives， whether it's for listening to music， watching videos， or taking phone calls. And behind every good earphone is a powerful magnet that enables the transducer to convert electrical signals into sound waves. One such magnet that has gained popularity in the audio industry is the earphone magnet disc N35.

N35 is a designation used to represent the magnet's material composition and strength. The "N" stands for the max operating temperature， which in this case is 80°C (176°F). The number after the "N" represents the magnet's maximum energy product， which indicates its overall strength. In the case of N35， it demonstrates a high energy product， resulting in a powerful magnet suitable for various industrial applications.

One of the key features of the N35 earphone magnet disc is its compact size. It is incredibly small， usually measuring around 3mm in diameter and 1-2mm in thickness. This makes it ideal for fitting within the limited space of earphones without compromising its performance. Despite its small size， the N35 magnet retains a strong magnetic field， allowing for efficient sound reproduction and accuracy.

The N35 earphone magnet disc is made from neodymium， iron， and boron (NdFeB)， which are known for their excellent magnetic properties. NdFeB magnets have a higher energy density than traditional magnets， making them ideal for industrial applications that require a strong and compact magnet. The N35 magnet excels in this aspect， enabling earphones to produce clear and immersive sound quality.

The applications of N35 earphone magnets extend beyond the audio industry. They are also commonly used in magnetic jewelry clasps， magnetic closures for bags and purses， and various small electronic devices. Their powerful magnetic field and compact size make them versatile and essential components in many industrial manufacturing processes.

It is worth noting that while N35 magnets offer exceptional performance， they also require proper handling and care due to their strength. They are prone to chipping or cracking if they collide with one another， and should also be kept away from electronic devices such as smartphones and credit cards， as their magnetic field could interfere with the functioning of these devices.

In conclusion， the N35 earphone magnet disc is a powerful and industrial-grade magnet that plays a vital role in ensuring clear and accurate sound reproduction in earphones. Its small size and high energy product make it an excellent choice for various industrial applications that require a strong and compact magnet. However， proper handling and care are essential to maximize its longevity and performance.