PCB LED à noyau aluminium

An aluminum-core LED PCB is a metal-base circuit board that uses an aluminum base, dielectric layer and copper circuitry to transfer heat away from LEDs and other heat-generating components more efficiently than a conventional PCB construction.

Send Gerber or ODB++, drill files, proposed stack-up, fabrication drawing, quantity, target delivery date and any aluminum-core, thermal, dielectric, copper or mechanical requirements.

Yes. Once the aluminum-core material, dielectric structure, copper requirements, thickness and mechanical construction are confirmed, the approved engineering record can support prototype validation and repeat production.

Aluminum provides a metal base that helps transfer heat away from LEDs through the dielectric and copper structure into the surrounding thermal assembly. This makes it useful for lighting and other heat-intensive electronics.

An aluminum PCB includes a metal base designed to support heat transfer, while a conventional FR-4 PCB uses a fiberglass-reinforced laminate structure. Material selection depends on thermal, electrical, mechanical and cost requirements.

No. Thermal performance also depends on the dielectric layer, copper structure, component thermal pads, board thickness, heat-source layout and the thermal connection between the PCB and final assembly.

JETFGO can review aluminum-core PCB projects requiring routing, punching, V-cut or beveling. Final profiling method depends on board thickness, outline, panel structure and mechanical requirements.

Yes, aluminum-core PCBs are commonly evaluated for high-power LED applications where heat transfer is a major design requirement. Final suitability depends on LED power, dielectric performance, copper design, board structure and the complete thermal path.