Multilayer Flexible Circuit Board FR4 Material For Electronic Industrial

ShenZhen High Quality Multilayer Rigid-Flex Pcb Flex PCB Manufacturer

What is a Rigid Flex PCB?

Challenges Of Rigid-Flex PCB Design
There is a pressing demand for PCB designers skilled in rigid flex design, as products are undergoing a phase of miniaturization. Before you take on the challenge, it’s important to realize that designing a rigid flex PCB requires different skillsets.
Instead of taking a pure electrical approach, you’ll need to start envisioning the design in a 3-dimensional environment. A rigid flex design is usually fitted into an enclosure, and the mechanical elements must be considered.

Parameters

Layers: 6L rigid flex pcb
Board Thinkness:0.69mm+/-0.1mm
PCB thickness in flex section:0.5mm+/-0.05mm
Base Material:PI+FR4
Min laser Holes:0.075mm(3mil)
Min mechanical Holes:0.15mm
Minimum Line Width/Clearance:0.046mm/0.046mm( 1.8mil/1.8mil)
Minimum Clearance between Inner Layer PTH and Line: 0.175mm
Size:160.92mm×145mm
Aspect Ratio:4.6 : 1
Surface treatment:ENIG
Speciality: rigid flex pcb multilayer fpc HDI Any-Layer PCBs stacked vias, Fine circuit 1.8mil, High Density Interconnect PCB 1.8mil/1.8mil,Laser via copper plated shut
Differential impedance 100+7/-8Ω
Applications: Medical stimulator
YS Rigid Flex PCB manufacturing capabilities overview

 





FQA
1. Do you offer double-layer flexible PCB?
Yes, we make single layer flexible PCB, double sided flexible PCB, multi-layer flexible PCB, and Rigid-Flex PCBs.
2. Do you provide stiffeners and cover films?
Yes, we provide black PI stiffeners, yellow PI cover films, transparent polyimide films, white overlay, and brown PI copper clad laminates.
3. Do you use adhesive free copper foil base material?
Yes. We have four manufacturing methods for adhesive-free copper foil base materials. We use spray plating, curtain coating, electroless deposition/electrolytic plating, and laminating.
4. What are the minimum and maximum thickness of your adhesive flex PCBs?
Minimum thickness is 2 µm and the maximum is 200 µm.
We ensure high chemical durability and processing compatibility for flexible printed circuits and do not sacrifice its original electrical property,