Advantages
Improved heat transfer, stable mechanical support and practical manufacturability for thermal electronics.
Aluminum PCB Manufacturer
YBCPCB supports metal core PCB projects for LED lighting, power electronics and products that require better heat transfer than standard FR4 structures.
Aluminum PCB uses a metal base, dielectric layer and copper circuit layer to transfer heat away from components. Engineering review should confirm thermal path, dielectric selection, copper weight, surface finish and assembly environment.
Metal core PCB is commonly used for LED modules, power conversion, lighting products, motor control and thermal electronics assemblies.
Share thermal load, component layout and mechanical notes for engineering confirmation.
| Parameter | Engineering review | Application note |
|---|---|---|
| Base material | Aluminum and metal core options by review | Used when thermal transfer is a key requirement. |
| Copper | Selected by current and heat behavior | Review spacing and solder mask clearance. |
| Surface finish | Lead Free HASL, ENIG and other options | Match LED and assembly requirements. |
| Quality | AOI, electrical testing and visual inspection | Inspection supports production reliability. |
Improved heat transfer, stable mechanical support and practical manufacturability for thermal electronics.
Confirm dielectric thickness, copper balance, thermal path, board profile and assembly surface requirements.
LED lighting boards, power modules, automotive lighting, industrial power control and thermal interface boards.
Aluminum PCB is useful when the design needs improved heat transfer from components to the board structure.
Gerber files, drill files, board outline, material notes, copper weight, surface finish and application notes are recommended.
Yes. LED modules and lighting electronics are common metal core PCB applications.
Send files, thermal requirements and assembly notes for manufacturing review.