The conventional PCB, which forms electrical connections through vias on conventional substrate materials, has been developed from single-sided boards to double-sided boards and multilayer rigid printed circuits after long-term development.

Metal based copper clad panels have excellent electrical performance, heat dissipation, electromagnetic shielding, high voltage resistance, and bending performance, which are irreplaceable. With the rapid development of industries such as LED/new energy vehicles/high-power electronic appliances/high-frequency communication, the use of metal substrates will be increasing, and the prospects are very broad.

Using materials such as ordinary sheet metal (FR4) and high-speed sheet metal (modified FR4, PPO, hydrocarbon), through wiring, multiple layering, and conductivity design, it can be suitable for various environmental requirements of various products.

Using materials such as ordinary board (FR4) and high-speed board (modified FR4, PPO), the product features high line distribution density, thin thickness, and small size through precise wiring and laser micro hole conduction design.

Using materials such as ordinary board (FR4) and high-speed board (modified FR4, PPO), the product features high line distribution density, thin thickness, and small size through precise wiring and laser micro hole conduction design.

A high-frequency board is a circuit board specifically designed for high-frequency electronic devices, with excellent high-frequency performance and reliable electrical connections.