Electromagnetic shielding materials: an indispensable EMI solution for AI servers, new energy vehicles, and the 5G era

1、 The AI era is driving new development opportunities for electromagnetic shielding materials

In recent years, emerging industries represented by AI servers, large model computing, high-speed data centers, new energy vehicles, and 5G communication have rapidly developed, and electronic devices are constantly evolving towards high-frequency, miniaturization, and high-density integration. At the same time, the electromagnetic interference generated between different modules inside the device is becoming increasingly severe, which not only affects the quality of signal transmission, but may also lead to device malfunctions, communication abnormalities, and even system failures. Therefore, how to effectively control electromagnetic interference has become an important link that cannot be ignored in the design process of electronic products.

Electromagnetic shielding materials play a crucial role in this context. By reflecting, absorbing, and dissipating electromagnetic waves, shielding materials can effectively reduce electromagnetic interference, improve the stability of electronic devices, and help products pass EMC related testing standards smoothly. At present, electromagnetic shielding materials have been widely used in fields such as AI servers, new energy vehicles, consumer electronics, medical equipment, industrial control, and aerospace, becoming an indispensable basic material for modern electronic manufacturing.

Advanced Institute (Shenzhen) Technology Co., Ltd. has long focused on the research and development of flexible electronic materials and electromagnetic shielding materials. It has established a complete system of material research and development, production and manufacturing, and customized services, and can provide professional EMI shielding solutions according to customer product structure and application environment.

2、 Core performance advantages

Excellent electromagnetic shielding materials not only need to have high shielding effectiveness, but also need to balance conductivity, flexible bonding ability, and long-term reliability to meet the application needs of complex electronic devices.

The shielding materials provided by Advanced Institute Technology are made of high-performance conductive materials and advanced composite processes, which can achieve a stable conductive network structure and effectively reduce high-frequency electromagnetic interference. The product has good compression rebound performance and can maintain stable contact impedance and shielding effect during long-term compression and repeated use.

For AI servers, high-speed connectors, and new energy vehicle electronic systems, the company's products are capable of adapting to high temperature, high humidity, and complex vibration environments, ensuring long-term reliability. At the same time, various flexible materials can be used to fit different product structures, meeting the design requirements of ultra-thin equipment, small electronic products, and irregular structural components.

In addition to excellent EMI shielding performance, the product also has the characteristics of lightweight, corrosion resistance, aging resistance, and excellent processing performance, which can effectively meet the constantly upgrading development needs of modern electronic products.

3、 Rich product system and customization capability

For different application fields, Advanced Institute Technology has established a comprehensive electromagnetic shielding material product system, which can provide different material combinations and structural designs according to customer needs.

Conductive foam has excellent compression rebound performance and is widely used for internal gap shielding in server chassis, communication equipment, automotive electronics, and consumer electronics products.

Conductive cloth has the advantages of light weight, good flexibility, and excellent conductivity, and can be applied to smart terminals, flexible circuits, and wearable electronic products.

Conductive tape has the functions of fixing, grounding, and EMI shielding, and is suitable for internal structural connections and local shielding of electronic devices.

Conductive rubber is suitable for applications that require high environmental reliability and can work stably for a long time in complex industrial environments and special electronic devices.

In addition to standard products, the company can also customize and develop EMI shielding solutions for different end products based on customer product size, conductivity, shielding effectiveness, compression capacity, and installation methods.

4、 Advanced manufacturing processes ensure product reliability

In order to meet the requirements of consistency and reliability in the high-end electronic manufacturing industry, Advanced Institute Technology has established a mature large-scale production system and continuously optimized key manufacturing processes.

The company adopts high-precision composite, die-cutting, bonding, and roll to roll continuous production processes to achieve uniform material composite and stable processing. For some products, independent electromagnetic heating roller technology can also be combined to perform continuous hot pressing treatment on the materials, making the material bonding more firm, improving the adhesion and long-term stability of the conductive layer.

From raw material selection to finished product testing, the company has established strict quality control processes to ensure that products have stable conductivity, good mechanical properties, and long-term reliability, providing strong guarantees for customers' mass production.

5、 Typical application areas

With the continuous development of electronic products towards high speed and high computing power, the application scope of electromagnetic shielding materials continues to expand.

In AI servers, shielding materials can reduce electromagnetic interference between GPUs, high-speed interfaces, and power modules, improving overall operational stability.

The electronic system of new energy vehicles contains a large number of controllers, radars BMS、 The electric drive system and high-frequency communication module require higher EMC performance, and conductive foam, conductive cloth, and conductive tape can effectively improve the electromagnetic compatibility performance of the entire vehicle.

In 5G communication equipment, shielding materials can reduce high-frequency signal crosstalk, improve communication quality and equipment reliability.

In addition, the product is widely used in multiple industries such as consumer electronics, smart wearables, medical electronics, industrial control, rail transportation, and aerospace, providing stable and reliable EMI protection for various electronic devices.

6、 Enterprise strength

Established in 2016, Advanced Institute (Shenzhen) Technology Co., Ltd. is a national high-tech enterprise specializing in the research and production of flexible substrate coatings, shielding materials, thermal conductive materials, absorbing materials, and precious metal pastes.

The company has its own brand "Research Platinum" and has established a comprehensive research and development, production, and quality management system. Its products have passed ISO 9001 quality management system certification and comply with RoHS environmental requirements. The R&D team continues to specialize in the fields of flexible electronic materials, electromagnetic shielding, and functional composite materials, and can provide material development, product design, and customized production services according to customer needs.

In the future, Advanced Institute Technology will continue to focus on the development needs of AI computing power, new energy vehicles, intelligent manufacturing, and high-end electronics industries, continuously optimize the electromagnetic shielding material product system, and provide more efficient and reliable EMI shielding solutions for global customers.