Double-sided FR-4 circuit board with clean white solder mask and ENIG (immersion gold) finish. Ultra-flat gold pads suit fine-pitch SMD components, LED backlight modules and high-reliability designs in medical, automotive and communication devices.
This double-sided FR-4 PCB features a clean white LPI solder mask with ENIG (electroless nickel immersion gold) finish. Ultra-flat, oxidation-free gold pads make it ideal for fine-pitch SMD, LED backlight and high-reliability applications where consistent assembly quality matters.
| Base Material | FR-4 (Tg 150–170 available) |
| Layer Count | 2 (double-sided) |
| Board Thickness | 1.6 mm (0.8–2.0 mm customizable) |
| Copper Thickness | 1 oz (2–6 oz heavy copper available) |
| Min. Line Width / Spacing | 0.1/0.1 mm (4/4 MIL) |
| Min. Hole Diameter | 0.2 mm |
| Hole Wall Copper | ≥20 μm |
| Solder Mask | White LPI |
| Silkscreen | White |
| Quality Standard | IPC Class 2 |
| Certification | ISO 9001, RoHS |
LED lighting and backlight modules, medical devices, automotive electronics, communication modules and smart hardware.
Custom dimensions, copper weights and panelization are supported. Send your Gerber files for a fast quotation.
Double-sided FR-4 circuit board with sleek black solder mask and lead-free HASL finish. Stable 4/4 MIL fine-line capability, ≥20 μm hole wall copper and full electrical testing make it a solid choice for audio, industrial and consumer electronics.
Double-sided FR-4 circuit board with vivid blue solder mask and lead-free HASL finish. Reliable 1–2 oz copper circuitry with ≥20 μm hole wall copper, 100% electrical testing and RoHS-compliant materials — a cost-effective choice for industrial control, power and consumer electronics.
Custom double-sided FR-4 power supply PCBs with 1-6oz copper thickness options, designed for switch-mode power supplies, adapters, and UPS modules. Featuring high TG180 substrate, excellent thermal dissipation, and current carrying capacity. Supports impedance matching and BGA assembly processes. UL-certified for high-power power supply designs.