The structure of double-sided magnetic isolation sheets is usually made of two or more layers of metal thin films, one of which is an insulating layer and the other is a magnetic isolation layer

     Double sided magnetic separatorIt is a component used for electromagnetic shielding, usually made of two or more layers of metal thin films. This component can effectively isolate electromagnetic signals, thereby achieving the purpose of electromagnetic shielding.

The structure of double-sided magnetic isolation sheets is usually made of two or more metal thin films, one of which is an insulating layer and the other is a magnetic isolation layer. The insulation layer is usually composed of magnetic and conductive materials to enhance the magnetic properties of the component. The magnetic barrier layer is made of magnetic materials to prevent interference from magnetic fields.

Double sided magnetic separators have excellent electromagnetic shielding performance and can effectively isolate electromagnetic signals, making them widely used in the field of electromagnetic shielding. Usually, double-sided magnetic separators are widely used in fields such as electronics, electrical appliances, and magnetic materials.

     Double sided magnetic separatorThe advantages are obvious. Firstly, it can effectively isolate electromagnetic signals, thereby reducing the interference of magnetic fields on electronic, electrical, magnetic materials and other products. Secondly, double-sided magnetic separators can improve the performance and reliability of products, such as enhancing drop resistance and environmental resistance.

In addition, double-sided magnetic isolation sheets can also reduce costs because they do not require the use of magnetic materials such as ferrite to manufacture magnetic isolation components. Therefore, double-sided magnetic separators have broad application prospects in industrial production.

However, double-sided magnetic separators also have some drawbacks. Firstly, its electromagnetic shielding performance may be affected by the thickness of the metal film and the density of the conductive material. If the thickness of the metal film or the density of the conductive material is too small, the electromagnetic shielding performance may be affected. Therefore, the selection and design of double-sided magnetic separators need to be based on specific requirements in their application.

Secondly, double-sided magnetic separators usually require processing and assembly. This may increase costs and time, and may have an impact on the performance and reliability of the product. Finally, there are still some safety issues with double-sided magnetic separators. For example, if a component is maliciously damaged or assembled incorrectly, it may result in component failure or electromagnetic interference. Therefore, extra caution is required when selecting double-sided magnetic separators to ensure that the components are not damaged and the product performance is not adversely affected.

Therefore, double-sided magnetic separators are important electromagnetic shielding components with excellent electromagnetic shielding performance, low cost, easy processing, safety and reliability.