flexible pcb

Custom 4-Layer DIP LED Display PCB High-TG FR-4 & ENIG Surface Finish: Crafted by Xingqiang PCB—a leading manufacturer since 1995 with ISO 9001 & IATF 16949 certifications—this highly customizable LED display PCB is specially engineered for DIP outdoor full-color screens and billboards. Built with 4-layer high-TG FR-4 and UL 94 V-0 flame-retardant materials, it delivers excellent thermal stability, low warpage, and long-term outdoor reliability. With precision ENIG surface

Xingqiang: Custom 6-Layer HDI PCBs with High Precision & Stable Performance ​ ​ Xingqiang Circuit Board focuses on custom high-precision 6-layer HDI PCBs with optimized structure and stable performance. Suitable for automotive electronics, communication, and industrial control, our boards feature high-temperature resistance, fine line capability, and professional surface finishing. We support flexible customization from prototype to mass production, adhering to strict quality

Electroplated Gold Double - Sided PCB Board – Superior Durability for High - End Electronic Devices This type of PCB has a double-sided copper design, with conductive patterns on both sides of the insulating substrate. The gold plating is applied through an electroplating process, providing excellent wear resistance and strong anti-oxidation properties, making it suitable for high-reliability electronic devices. The manufacturing process involves key steps such as cutting,

Customizable FR4 Material HDI Multilayer PCB with Thermal Resistance & Space Saving Why Choose This Board HDI technology enables next-generation electronics by breaking space constraints while boosting electrical performance. As devices evolve toward smaller form factors with higher functionality, HDI PCBs provide the essential foundation for innovation in 5G, AI, IoT, and portable medical systems. Core Performance Advantages Miniaturization: 50-70% size/weight reduction vs.

Customized PCB Assembly with 100% Test Supports Multiple Surface Treatments Electronic PCB Assembly Board Xingqiang Circuit Board Technology Co., Ltd. provides high-quality, reliable PCB/PCBA for aerospace, telecommunications, medical and other demanding industries. Our boards feature advanced testing (Flying Probe, AOI, X-ray) to ensure defect-free performance, with customizable thickness to meet your exact specifications. Product Features High Integration: Fully integrated

What Is a Double-Sided PCB?: A double-sided PCB, or double-sided board, is a printed circuit board with conductive copper traces on both its top and bottom surfaces. Unlike single-sided boards, it allows components and wiring on two layers, increasing routing density and design flexibility. Vias, small plated holes, connect the two layers electrically, enabling complex circuits in limited space. Technical Parameters: Product Type Dual Sided PCB / Double Sided Printed Circuit

Professional Custom HDI PCB ISO/IPC Certificated: Professional custom high-density interconnect PCB engineered for Bluetooth headset control modules. Featuring 4/6-layer FR-4 base, BGA compatibility and ENIG plating, our tailor-made boards offer exceptional signal integrity, anti-interference and long-term reliability. ISO/IPC compliant, fully customizable specs to fit miniaturized wireless audio applications. Why Choose Us: ✔ 30 Years’ Rigid-Flex & HDI PCB Expertise ✔ ISO

Custom ENIG High Temperature UL / IPC Certified: Say goodbye to the cumbersome combination of traditional "rigid board + FPC + connector." Our immersion gold rigid-flex PCBs seamlessly combine FR4 rigid substrates with polyimide (PI) flexible substrates. They support three-dimensional bending and folding for easy installation, effortlessly adapting to the compact layouts of ultra-small devices such as smartwatches, medical endoscopes, and automotive sensors. This reduces the

FR4 Green Soldermask HASL Material SMT Multilayer PCB Board This high-density green PCB, typically made of FR-4 material, can be customized for automotive applications. It features precision surface finishes like lead-free HASL or OSP, and can be upgraded to high-Tg grades for enhanced thermal stability. To meet automotive standards, it requires compliance with IATF 16949, advanced soldering processes like nitrogen reflow, and rigorous testing to ensure reliability in harsh