Server & AI Computing

Driven by the rapid growth of AI training, cloud computing, HPC, and edge computing, server power density continues to increase significantly. High-performance CPUs, GPUs, SSDs, switch chips, and optical modules generate substantial heat during continuous operation. Insufficient thermal management may lead to thermal throttling, data latency, or even system failure.

Thermal pads and thermal gels effectively fill air gaps between heat-generating components and heat sinks, reducing interface thermal resistance and improving heat transfer efficiency. For AI servers and high-power GPU modules, ultra-soft thermal interface materials can adapt to uneven surfaces and complex tolerances while minimizing mechanical stress on delicate components.

EMC absorber materials are widely used in PCIe modules, high-speed communication interfaces, and RF areas to suppress electromagnetic interference and signal crosstalk. Conductive foam is commonly applied to server chassis, shielding covers, and connector areas to provide EMI shielding and grounding performance, helping improve overall electromagnetic compatibility.

Typical Applications

• GPU Servers
• AI Computing Platforms
• Data Centers
• Edge Computing Devices
• SSD Cooling Modules
• Network Switches
• Optical Communication Modules

Automotive Electronics

The rapid development of electric vehicles and intelligent driving systems has created higher demands for thermal management and EMC design in automotive electronics. From battery systems and onboard controllers to millimeter-wave radar and smart cockpit modules, electronic components must maintain stable performance under high temperatures, vibration, and harsh operating environments.

Thermal pads and thermal gels are widely used in battery packs, BMS systems, power control units, onboard chargers, and DC-DC converters to fill interface gaps and provide stable heat transfer paths. Compared with rigid thermal materials, soft gap fillers can better accommodate tolerance variations while reducing assembly stress.

In ADAS and millimeter-wave radar systems, high-frequency signals are highly sensitive to EMI interference. EMC absorber materials help reduce signal reflection and electromagnetic noise, improving signal integrity and radar detection accuracy.

Typical Applications

• Battery Management Systems (BMS)
• ECU / TCU
• Onboard Chargers (OBC)
• Millimeter-Wave Radar
• ADAS Systems
• Smart Cockpit Electronics
• Automotive Display Systems

5G & Communication

The advancement of 5G networks, optical communication, and WiFi technologies has significantly increased thermal loads and EMI challenges in communication equipment. Power amplifier modules, AAU equipment, high-frequency antennas, and optical modules operate in compact spaces while generating concentrated heat.

Thermal pads and thermal gels help transfer heat efficiently to cooling structures, reducing operating temperatures of critical components. For outdoor base stations and long-term telecom operation, materials must provide weather resistance, thermal stability, and low thermal resistance.

EMC absorber materials are widely used in 5G antennas, high-frequency PCBs, and RF modules to reduce electromagnetic interference and signal reflection. At millimeter-wave frequencies, RF absorption and signal integrity optimization become increasingly important.

Typical Applications

• 5G Base Stations
• AAU Equipment
• Optical Modules
• High-Frequency PCBs
• Communication Antennas
• WiFi Devices
• Network Equipment

Consumer Electronics

As smartphones, tablets, AR/VR devices, and wearable electronics continue to evolve, internal structures are becoming increasingly compact and integrated. The heat generated by high-performance processors and high-speed data transmission can negatively affect device performance and user experience.

Thermal pads and thermal gels improve heat transfer between chips and metal structures, helping devices dissipate heat more efficiently. Ultra-thin thermal materials are especially suitable for slim and lightweight electronic devices.

EMC absorber materials help suppress interference generated by wireless charging systems, WiFi, Bluetooth, and high-frequency modules, improving wireless signal stability. Conductive foam is widely used around displays, cameras, PCBs, and connector areas to provide EMI shielding and grounding performance.

• Smartphones
• Tablets
• AR / VR Devices
• Wearable Electronics
• Wireless Charging Modules
• Camera Modules
• Smart Home Devices

Industrial & Power Electronics

Industrial equipment, power systems, and high-power electronic devices often require stable long-term operation under demanding conditions. In environments with high temperatures, humidity, and continuous workloads, material reliability directly affects overall system lifespan.

Thermal interface materials are widely used in IGBT modules, power supplies, industrial controllers, and inverters to reduce operating temperatures and improve system efficiency. Thermal gels are especially suitable for complex structures and large-gap filling applications.

Conductive foam and EMI absorber materials help reduce electromagnetic interference and minimize high-frequency noise in industrial systems. Molded silicone rubber can be used for waterproofing, dust protection, vibration damping, and environmental sealing.

• Industrial Control Systems
• Power Supply Equipment
• IGBT Modules
• Industrial Inverters
• Energy Storage Systems
• Testing Instruments
• Medical Electronics