We are a professional china three-layer Rigid-Flex PCB manufacturers,this item is a structure of a flexible circuit board consisting of three layers. It is typically made up of two thin film-like circuit layers and one insulating layer. The 3-Layer Rigid-Flex PCB made in china.The circuit layers can be made of copper foil, aluminum foil, or conductive ink, while the insulating layer is usually made of materials such as polyimide (PI) or polyamide (PA) which have good insulation and flexibility, allowing the flexible board to be bent and folded to fit various irregular shapes and sizes.Our company offer free customized 3-Layer Rigid-Flex PCB.
Advance three-layer Rigid-Flex PCB has really good electrical performance and reliability. It's also got some mechanical flexibility, so it can handle more complex applications. We are china 3-Layer Rigid-Flex PCB supplier.You'll find it used in electronic equipment, communication devices, medical gear, cars, aerospace - you name it! It's especially great for tight spaces or when you need a flexible design. Our company have more 3-Layer Rigid-Flex PCB in stock .With a three-layer flexible board, you can connect multiple circuits and transmit signals. Plus, you can customize and make them to fit your specific needs.
Basic information:
Item name: 3-Layer Rigid-Flex PCB
Small Order: Accepted
Type:3 layer
Quality Grade: Standard IPC 2
Material: DuPont PI, Domestic Shengyi PI
Board Size: Min 6mm*6mm, Max 400mm*500mm
Board Thickness: 0.6mm - 2.0mm
Copper Thickness: 0.5oz - 2.0oz
Solder Stop Coating: PI and PET Film
Surface Finishing: HASL, HASL Leadfree, Immersion Tin, Gold Finger, OSP
Min Annular Ring: 4mil
Min Hole Diameter: 8mil
The features of 3-Layer Rigid-Flex PCB:
1. Rigid-Flex PCBs can be freely bent, folded, and rolled, allowing for free movement and expansion in three-dimensional space.
2. Rigid-Flex PCBs have good heat dissipation performance, allowing for the use of FPC to reduce size.
3. Rigid-Flex PCBs can achieve lightweight, miniaturization, and thinning, thereby achieving the integration of component mounting and wire connection.
