Aluminium PCB

Expertly manufactured by a renowned manufacturer and supplier based in China, this Aluminium PCB is designed to meet the demanding requirements of high-power, heat-intensive applications such as LED lighting, power electronics, and automotive systems. Hayner PCB, as a leading manufacturer, utilizes advanced production techniques and stringent quality control procedures to ensure that every Aluminium PCB is crafted with precision, reliability, and durability in mind. The Aluminium PCB offered by Hayner PCB features superior heat dissipation properties, allowing for efficient thermal management and enhanced product performance. As a trusted supplier, Hayner PCB offers customized solutions tailored to the specific needs of its customers, ensuring seamless integration and optimal results. With its focus on quality, innovation, and customer satisfaction, Hayner PCB is the go-to partner for businesses seeking top-quality Aluminium PCBs from China.

What is Aluminum PCB:

Aluminum PCB is one type of metal core printed circuit board (MCPCB), widely be used in LED lighting industry.

An aluminum PCB has a layer or layers of copper, solder mask and silkscreen layered over it. Instead of having a fiberglass or plastic substrate, though, an aluminum circuit board has a metal substrate. This base mainly contains a combination of aluminum.

The aluminum PCB manufacturer has four underlying layers. These are copper foil, aluminum base membrane, conductive dielectric material layer, and lastly, an aluminum layer.

Single-layer aluminium PCB,consist of a single layer of copper conductor, laminated on an aluminum substrate. They are the most basic type of Aluminum PCB and are commonly used in applications that require efficient heat dissipation. Single-layer Aluminum PCBs are suitable for simple circuit designs and low-cost applications.

Double-layers aluminium PCB, consist of two layers of copper conductor, separated by a dielectric layer, and laminated on an aluminum substrate. The copper layers provide increased routing flexibility and allow for more complex circuit designs compared to single-layer boards. Double-layer Aluminum PCBs are commonly used in applications that require moderate circuit complexity and improved electrical performance.

Multilayer Aluminium PCB, printed circuit boards with multiple layers of thin aluminum sandwiched between a copper foil layer. It has an aluminum base membrane and also another layer of dielectric conductive material.

Advantages of Aluminium PCB

1. High level of heat dissipation: High temperatures can cause serious damage to electronic devices, so it is wise to use materials that help with heat dissipation. In fact, aluminum can transfer heat from important components, thereby minimizing its harmful effects on circuit boards.

2. Environmental friendly: Aluminum is non-toxic and recyclable. Using aluminum PCBS helps to save energy and good to maintain the health of our earth planet.

3. Lightweight: Aluminum is an amazing lightweight metal. Aluminum increases strength and elasticity without adding any additional weight.

4. Higher durability: Aluminum provides strength and durability for products, and can reduce accidental damage during manufacturing, handling, and daily using.

Applications of Aluminum PCB

Aluminum base has good thermal dissipation function, so alumnium printed circuit board is widely applied to LED lighting industry.

1. General LED lighting tools, Street light, Flashlight,Spotlight etc.  High power scanning technology, and Power converters.

2. Telecommunication products, high-frequency amplifiers, filtering appliances, and transmitting circuits.

3. Power converters,  switching regulators and DC/AC converters

4. Hybrid/electric motor control applications

5. Computers, CPU boards, floppy drives and power devices,

6.  Automotive,  ignition, voltage electronic regulator, automatic safety control system, lighting conversion system.

7. Medical:High power scanning technology, and Power converters.

8. Audio Devices,  input and output amplifiers , balanced amplifiers, audio amplifiers, preamplifiers and power amplifiers

9. Electronic control: relays, transistor base, a variety of components in the circuit.

10. Photovoltaic, Solar cells and other fields