A flexible PCB coverlay provides the same functionality as a solder mask used on rigid PCBs. However, a flexible PCB coverlay offers more durability and flexibility which are very important in the application of flexible printed circuits compared to a solder mask with limited flexibility.
Flexible PCB Coverlay: What It Is & How It Works Read More »
Discover the step-by-step double-sided flexible PCB coverlay manufacturing process, from cost-effective silkscreen printing to precision photo coating. This guide covers materials, challenges, innovations like TPI films, and applications in foldable smartphones, EVs, and medical sensors. Download our free checklist to optimize your FPC production.
Double-Sided Flexible PCB Coverlay Manufacturing Process: A Comprehensive Guide Read More »
PCBs play a vital role in modern electronics, connecting components and creating functional devices. While rigid and flexible PCBs share similar basic functions, they differ significantly in materials, design, and applications. This article explores the key distinctions between rigid and flex PCBs, shedding light on their unique advantages, limitations, and suitable use cases.
Flexible PCB stiffeners enhance durability and performance in modern electronics. This guide from JHYPCB explores their benefits, materials like FR4 and polyimide, and applications in 5G, medical, and aerospace designs. Learn how to choose the right stiffener thickness, avoid common mistakes, and optimize your flexible PCB with expert insights. Discover more today!
The common rule for soldering on flex PCBs is this: Don’t use the temperature profile for conventional PCBs to solder flex PCBs.
The characteristics of flexible circuits are ideally suited for many applications that require high density interconnect between other components in a system.
Explore 16 factors affecting flexible PCB costs in 2025, including materials, layer count, and manufacturing processes. Learn cost-saving tips from JHYPCB experts.
16 Key Factors Affecting Flexible PCB Costs in 2025 Read More »
Explore top 8 flexible PCB uses in smartphones, wearables, and automotive systems. Contact JHYPCB for reliable PCB manufacturing and assembly solutions!
Top 8 Applications of Flexible PCBs in Electronics and Beyond Read More »
Flexible printed circuit boards (FPCs) offer unique advantages like lightweight, high-density assembly and bendability. But what materials go into making these versatile circuits?
This in-depth article dives into the different components of FPC construction – insulating base films like polyimide (PI) and polyester (PET), copper foils of varying thicknesses, adhesives for bonding layers, reinforcing materials like FR4 and metal sheets, and protective cover layers…
Complete Introduction of Flexible Circuit Board Materials Read More »
FPC: Many smartphones and smart hardware applications have brought more and more market space for FPC. PI cover film FPC is the most common type of flexible circuit board, further subdivided into single-sided FPC, double-sided FPC, multilayer FPC, and rigid-flex PCB board.
Iphone12: Mass application of flexible circuit board Read More »
