Choose the right PCB materials fast — FR-4, high-Tg, low-loss laminates, BT, PPO or polyimide. Compare Tg, Dk/Df, T260/T288 and get practical DFM tips for prototypes.

Learn how ceramic PCB (AlN vs Al₂O₃) outperforms FR-4 and aluminum in thermal, RF, and high-reliability apps — a clear selection guide with key specs.

Learn what FR4 PCB is, key specs, stack-up tips, when to use aluminum or low-loss laminates, and a practical selection checklist for reliable designs.

Learn how to choose the right PCB board material — FR-4, ceramic (AlN/Al₂O₃) or aluminum. Compare Tg, Dk/Df, copper weight and real-world use cases.

Discover how modern copper foil (ED, DSTF/RTF, rolled-annealed) shapes PCB performance—covering purity, resistivity, adhesion and specialty foils (resistive, ultra-thin) for high-density and flexible designs.

ED copper foil for PCBs — concise guide to manufacturing, Grade-1 vs HTE (Grade-3), surface-roughness effects, and four key surface treatments. Learn how foil choice impacts adhesion and high-frequency signal loss.

This guide explains the key reinforcement materials used in PCB substrates — including plain-weave E-glass, nonwoven glass, nylon fibers, linear continuous glass filaments, fillers, and ePTFE — and shows how each affects electrical performance, thermal stability, and manufacturability.

Explore the top PCB resin systems — epoxy blends, BT, cyanate ester, polyimide, PTFE, PPE — with clear guidance on properties, applications, manufacturing trade-offs, and material selection.