Flexible PCB (FPC) technology offers advantages for limited-space or moving electronic systems. Flexible boards are made from high-heat, vibration-resistant polyimide materials, making them particularly useful for sensor and monitoring modules within solar inverters.
Multilayer and flexible PCB solutions can be fully customized according to technical requirements, providing critical flexibility in both cost and performance.
Superior Thermal Management with Aluminum and Double-Sided PCBs
Thermal management is crucial in high-current circuits. Aluminum-based PCBs provide excellent heat conductivity, making them ideal for high-power applications such as solar inverters, LED drivers, and motor control systems, ensuring long lifespan and efficiency.
The thermal dielectric layer efficiently distributes heat through the aluminum substrate, extending component life and supporting stable operation. Surface finishing methods such as ENIG, HASL, and OSP are applied to enhance durability and solderability.
Double-sided PCBs offer cost and space advantages, allowing more compact and functional circuit designs with conductive paths on both sides. These boards undergo automatic hole plating, photoresist printing, and electrolytic copper deposition processes to ensure high-quality fabrication.
All production steps are carried out in accordance with ISO quality standards, ensuring reliability and positioning the manufacturer as a trusted global electronics solution provider.
