Single-Layer flexible circuits
consist of a single copper conductor layer on a flexible dielectric film . Single-sided circuits can be fabricated with or without cover layers.
Single-Layer Flexible Circuits Manufacturer in China
Single-layer flexible circuits consist of a single copper conductor layer laminated onto a flexible dielectric film, such as polyimide or polyester. The circuit can be supplied with or without a coverlay, depending on the insulation and environmental protection requirements of the end application.
This simple, cost-effective structure is ideal for dynamic interconnections, hinge areas, and space-constrained designs, offering excellent bendability, low weight, and easy integration into consumer electronics, automotive modules, LED lighting, medical devices, and industrial control systems.
Detailed Specification
| Field | Value |
|---|---|
| Product Name | Single-Layer Flexible Circuits |
| Brand / Origin | Yongjin Hong / China |
| Structure | Single copper conductor layer on flexible dielectric film (PI or PET) |
| Coverlay Option | With or without polyimide coverlay, depending on insulation/protection requirements |
| Copper Thickness | 12–35 μm (custom options available) |
| Dielectric Thickness | 12–50 μm PI or PET (typical range) |
| Min. Trace / Space | 0.10 / 0.10 mm (can be customized per design) |
| Max. Panel Size | Up to 250 × 500 mm (custom panel size on request) |
| Surface Finish | ENIG, OSP, immersion tin, or customer-specified finishes |
| Bend Performance | Suitable for dynamic flex and hinge areas, designed for repeated bending |
| Typical Applications | Consumer electronics, LED strips, automotive modules, cameras, printers, medical devices, EV wiring |
| Customization Services | Engineering support, stack-up design, DFM review, quick-turn prototyping and mass production |
Different Types of Single-Layer Flexible Circuits
Single-Layer Flexible Circuits Design
Single-Layer Flexible Circuit Features
Single-layer flexible circuits consist of a single copper conductor layer laminated onto a flexible dielectric film such as polyimide (PI) or PET. The circuit can be supplied with or without a coverlay, depending on insulation, solder-mask, and environmental protection needs.
Thanks to the simple single-sided stack-up, these flex circuits offer very thin overall thickness, low weight, and excellent dynamic bending performance, making them suitable for repeated flexing in hinge or moving areas. Trace width, spacing, copper thickness, outline, stiffeners, and connector pads can all be customized to match your assembly process. The construction is fully compatible with SMT reflow, manual soldering, and connector termination, providing a stable, reliable interconnect solution for high-volume OEM products.
Wide Applications of Single-Layer Flexible Circuits
Single-layer flexible circuits are widely used wherever compact, reliable, and low-profile connections are required. In consumer electronics, they link displays, cameras, and key modules inside smartphones, tablets, and wearables without bulky wire harnesses. In automotive and EV systems, they serve as lightweight interconnects for sensors, switches, lighting, and battery modules, supporting repeated bending and vibration.
LED strips, printers, medical disposables, industrial control panels, and smart home devices also rely on single-layer flex circuits to route signals through constrained spaces while maintaining stable performance. With customizable layouts, materials, and copper thickness options, China-made single-layer flexible circuits offer OEMs a cost-effective solution that adapts easily to diverse product platforms and production volumes.
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