Flexible Printed Circuit Membrane Switches
Engineered with highly durable Polyimide (PI) substrates for complex, high-density circuit routing. Custom-designed for demanding industrial and medical applications, offering superior thermal stability, ultra-low resistance, and extreme reliability in harsh environments.
Polyimide (PI) Substrate
High-Density Routing
1 Million+ Cycles
Ultra-Low Resistance
Harsh Environment Ready
100% Custom Layout
| Electrical Specifications | Mechanical Specifications | ||
| Working Voltage | ≤50V (DC) / ≤100mA | Reliability Life | 1 million times |
| Insulation Res. | ≥100MΩ (100V/DC) | Close Displace. | 0.1~1.0mm |
| Withstand Voltage | 2KV (DC) | Migration | 10MΩ/50VDC (56h/55°C) |
| Environmental & Material Specs | |||
| Working Temp | -20°C ~ +70°C | Materials | FR-4, Polyimide etc. |
| Storage Temp | -40°C ~ +85°C | Adhesive | 3M, Nitto, Tesa, Epoxy |
Flexible Printed Circuit Membrane Switch Applications
Medical Equipment
Engineered with highly stable Polyimide (PI) substrates to support high-density routing in compact diagnostic devices. Delivers ultra-low resistance and uncompromised reliability for life-critical medical equipment.
Industrial Control
Built for extreme manufacturing environments. With a proven 1-million+ cycle lifespan and high withstand voltage, it ensures precise and continuous operation on heavy-duty machinery control panels.
Smart Home
The ultra-thin, highly flexible FPC structure allows for complex circuit layouts in tight spaces. Seamlessly integrates into modern smart appliances, providing a durable and responsive user interface.
Automotive
The ultra-thin, highly flexible FPC structure allows for complex circuit layouts in tight spaces. Seamlessly integrates into modern smart appliances, providing a durable and responsive user interface.
Secure Export Packaging & Global Delivery
100% Final Inspection
Final Quality Check
Global Dispatch
Flexible Trade Terms
Frequently Asked Questions
Q1: What is your Minimum Order Quantity (MOQ) for custom FPC membrane switches?
A: Since we are a direct factory, we understand that new projects need testing first. Our standard MOQ for mass production is 500 pcs, but we fully support small batch orders (around 50-100 pcs) for your R&D and prototyping stages.
Q2: What is the typical lead time for FPC prototypes and mass production?
A:After you approve the final CAD drawings, our lead times are:
Prototypes/Samples: 7 to 10 working days.
Mass Production: 15 to 20 working days. This depends slightly on the circuit complexity and our current material stock, but we will always keep you updated on the schedule.
Q3: How do you ensure the reliability of FPC switches in harsh environments?
A: It comes down to the materials and our in-house testing. We strictly use high-quality Polyimide (PI) substrates for better thermal stability. Before shipping, we run life-cycle testing (up to 1 million presses), conductive migration tests, and extreme temperature cycling (-40℃ to +85℃) to make sure they survive harsh conditions.
Q4: What design file formats do you need for a custom quote?
A: We prefer vector formats like .AI, .CDR, or .PDF for graphic overlays. For structural dimensions and circuits, AutoCAD (.DWG/.DXF) or STEP files are ideal. If you only have a rough sketch or concept, our engineering team can assist in drafting the official production drawings for your approval.