Blog

Explore the working principle of conductive foam and its shielding mechanism. Learn how it reflects and absorbs EMI waves while offering elasticity and eco-friendly benefits.

In modern electronic devices, electromagnetic interference (EMI) and electrostatic discharge (ESD) have become critical challenges. Without effective shielding, EMI can disrupt signal transmission, cause device malfunction, and even lead to product certification failure. Among various EMI shielding materials, conductive foam stands out as a high-performance and versatile solution, widely adopted across consumer electronics, automotive, communication, and industrial fields.

Thermal management materials are essential for protecting your devices and ensuring they operate smoothly. Their work may often be unrecognized, but they ensure technology is up and running to serve its purpose.

Selecting the right electromagnetic shielding materials minimizes disruptions and maintains functionality. Various materials are used for EMI shielding, each offering unique properties suited to specific applications.

Thermal management products are the physical components and materials used to control a system's temperature and the tools and materials employed to cool down a device or system.

Let's explore the concept, applications, and innovations from leading industry experts like Konlida.

Thermal management materials are thus the key to ensuring proper heat dissipation and maintaining device efficiency.

This article provides a detailed overview of EMI shielding materials, their types, properties, applications, and innovations, highlighting their significance in protecting electronic devices from electromagnetic interference across various industries.

With the rapid advancement of technology, the consumer electronics industry demands increasingly higher performance standards. In particular, traditional SMT conductive elastic gaskets have become inadequate for specific applications in electromagnetic shielding and conductive connectivity. Leveraging profound material research capabilities, Konlida has successfully developed a low-pressure, high-resilience conductive foam, bringing a revolutionary solution to the consumer electronics industry.

With the rapid advancement of technology, the consumer electronics industry demands increasingly higher performance standards. In particular, traditional SMT conductive elastic gaskets have become inadequate for specific applications in electromagnetic shielding and conductive connectivity. Leveraging profound material research capabilities, Konlida has successfully developed a low-pressure, high-resilience conductive foam, bringing a revolutionary solution to the consumer electronics industry.

With the rapid advancement of technology, the consumer electronics industry demands increasingly higher performance standards. In particular, traditional SMT conductive elastic gaskets have become inadequate for specific applications in electromagnetic shielding and conductive connectivity. Leveraging profound material research capabilities, Konlida has successfully developed a low-pressure, high-resilience conductive foam, bringing a revolutionary solution to the consumer electronics industry.

With the rapid advancement of technology and the widespread use of electronic devices, electromagnetic interference (EMI) has become a critical issue in the electronics industry. As key points in solving EMI problems, the future development trends of EMI components are of great interest. Konlida will explore these trends from the perspectives of high performance, innovative materials, integration, intelligence, and environmental sustainability.