For advanced electronic and electrical products, as well as better heat conductivity, heavy copper pcb is used in large numbers while manufacturing PCBs. These are efficient and safe for use across all verticals.

1. Metal Core PCB For Advanced Electrical Devices
The electrical products are more advanced. This, in turn creates demand for advanced
printed circuit boards made with heavy metallic base. Moreover, it is also used to disperse
heat through different components on boards. It is because of this reason, that the demand
for heavy copper pcb has increased with substantial number of applications.
Most of the metal core PCBs is used in LED applications. Apart from copper, aluminum is
also used in the process. At times, a mixture of special alloys is also used as the base
material for manufacturing PCBs.
The type of material used in the process largely depends on the need of the purpose.
Copper is used because it helps in transferring heat many times faster than any other
material. In addition to that, it is also used to eliminate heat keeping the components for
generating heat cooler. As a result, it leads to increased performance and durability of the
applications.
There are several applications where heavy copper pcb is used. Right from power
converters, photovoltaic applications, backlight unit applications, street safety applications
and even system automotive LED applications, there are hosts of applications where these
can be used in the best way.
A heatsink is one of the vital elements of PCBs. The copper heatsink can absorb and
dissipate heat in electronic component by means of contact with a metal base. In this case,
the metal base is of copper and this helps in increasing the thermal mass. The heat
dissipation capacity is also enhanced in a great way.
Solar energy harnessing is becoming more and more important in the coming days. This is
an application where extensive metal core pcb is used. These are made with advanced
technologies and are often fabricated with standard mount technology. Experienced
designers and engineers are behind the process. Get quality products to make optimum use
of technology.