Credisyn leads in R&D & Technology for PCB substrates. Our laboratories optimize the dielectric properties and thermal resistance of our copper-clad laminate, engineering next-generation FR-4 and CEM-1 solutions for high-frequency electronics.
Innovation at Credisyn is measured by material performance. Our R&D efforts have delivered higher Tg values, lower signal loss, and halogen-free solutions that meet evolving industry standards.
Developing resin systems with higher Tg and improved thermal resistance for lead-free assembly and high-power applications
Formulating low Dk/Df materials that maintain signal integrity in high-frequency and high-speed digital circuits
Advancing halogen-free flame retardant technologies that meet UL 94 V-0 without compromising processability
Improving CAF resistance and thermal cycling durability through filler optimization and interface engineering
Our R&D team consists of seasoned chemists, material engineers and process specialists with rich electronic materials expertise. Our members have solid backgrounds from top laminate manufacturers and research institutes, driving both iterative product upgrades and long-term technological innovation.
Our in-house laboratory is equipped for comprehensive material characterization and reliability testing. Equipment capabilities cover the full range of IPC-TM-650 test methods required for CCL qualification.
Resin systems delivering Tg 170-180°C with reliable thermal stability
Phosphorus-nitrogen flame retardant systems meeting UL 94 V-0 requirements
Controlled dielectric properties for high-frequency and high-speed applications
Formulations and filler technologies that enhance resistance to conductive anodic filament formation
Materials engineered to withstand higher processing temperatures without delamination
Optimized resin & glass cloth ensure ultra-low Dk/Df for high-speed 5G signals.
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