01
PCBs in Electric Vehicle Charging Station Heavy Copper PCB Manufacturers
Product Specification
|
Base Material: |
FR4 TG170 |
|
PCB Thickness: |
1.6+/-10%mm |
|
Layer Count: |
6L |
|
Copper Thickness: |
7/7/7/7/7/7 oz |
|
Surface treatment: |
ENIG 2U” |
|
Solder mask: |
Green |
|
Silkscreen: |
White |
|
Application area : |
Electric vehicle charging station |
Powering the Future: High-Performance, High-Current PCBs Drive Innovation in Electric Vehicle Charging Station
As the global electric vehicle industry rapidly advances, the demand for fast, efficient, and reliable high-power charging stations is surging. In this transformative wave, the Printed Circuit Board (PCB) – the "neural network" of the charging station – is critically important, especially when handling continuous currents that can reach hundreds of amps. This is the stage where heavy copper PCBs truly shine.
Our core PCB, engineered specifically for high-power charging stations, utilizes high-performance FR4 material in a 6-layer stack-up. Its key advantage lies in the use of an extreme 7oz copper thickness on both inner and outer layers, far exceeding standard PCBs. This ensures exceptional current-carrying capacity and superior heat dissipation. The finished board thickness is 1.6mm, with a 2u" immersion gold surface finish guaranteeing connection reliability.
Stringent manufacturing standards are paramount: a minimum trace/space of 10/17mil, a minimum hole diameter of 0.45mm, and a PTH hole-to-inner-layer clearance of ≥8mil. These parameters are specifically designed for the demanding high-current, high-voltage environment, effectively reducing temperature rise and enhancing long-term system stability.
As a leading heavy copper PCB manufacturer, we deeply understand the unique requirements of PCBs in electric vehicles and charging infrastructure. This board is not just a product; it is the reliable foundation for building your next-generation ultra-fast charging station. Choosing us means choosing power, choosing safety, and choosing the future.





















