Highly Efficient Aluminium Pcb Base Material: Alumunium

In order to retain remarkable position in this industry, we are manufacturing and supplying a wide array of Highly Efficient Aluminium PCB from Pune, Maharashtra, India. We are associated with a team of deft professionals who make sure that the offered lot is prepared using the finest grade material only. For this, we have tied-up with the prominent vendors in the market.

Specifications:
Power : 0.8W, 1.6W, 3W, 5W
PCB Thickness : 35 Micron, 70 Micron
Voltage : 12V
Frequency : 50 Hz

Other Details:
Although, originally envisioned for use in the power-supply industry these substrates are now most widely used in High Brightness LED products.
There are many names for these products; Aluminum clad, Aluminum base, Metal clad (MCPCB), Insulated Metal Substrate (IMS or IMPCB), thermally conductive PCBs, etc. but they all mean the same thing.
A thin layer of thermally conductive but electrically insulating dielectric is laminated between a metal base and a copper foil.
The copper foil is etched into the desired circuit pattern and the metal base draws heat away from this circuit through the thin dielectric.
Aluminum PCB is a unique metal-based copper clad laminate; it has good thermal conductivity, electrical insulation and machining performance.
Aluminum PCB market mostly Fuchs Wright aluminum substrate.
Common in the LED lighting products.
The heat dissipation afforded by this construction is dramatically superior to standard FR-4 constructions.
The dielectrics used are typically 5 to 10 times as thermally conductive as conventional epoxy-glass and a tenth of the thickness resulting in thermal transfer exponentially more efficient than a conventional rigid PCB.
Although Power Converters and LEDs are the largest users of these products, Automotive and RF companies are also looking to take advantage of the benefits of these constructions.
A single layer construction is the simplest, most thermally conductive and most cost effective construction.
Designs with higher component counts may not have room for all the required routing on a single layer.