Suitable for AI servers such as those from NVIDIA (e.g., the substrate for H100/B200 GPUs), they meet the requirements of terabits per second (Tbps)-level high-speed and low-loss data transmission. Products of M8+ grade help upgrade the computing power of large models and serve as core materials for AI infrastructure and big data centers.

With PTFE-based materials featuring low dielectric loss, they are applied in 5G/6G base stations and millimeter-wave radars, filling the gap of domestic glass cloth PTFE substrates. They also support satellite communication terminal modules (such as satellite connection components for mobile phones) to ensure stable transmission of high-frequency signals.

They serve new energy vehicle battery management systems (BMS), millimeter-wave radars for autonomous driving, and in-vehicle high-speed communication modules, meeting the requirements of high-frequency signal transmission in the high-temperature and vibrating environment of vehicles.

As core substrates for high-end PCBs, they promote the localization of HDI carrier boards and others. Meanwhile, in intelligent industrial manufacturing (industrial robots, high-end instruments) and medical electronic devices (intelligent diagnostic instruments), they achieve high-precision and highly reliable signal connection and data transmission.