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Metal pcb manufacturer. Super-thick Metal core PCB and Heavy copper PCB production, the PCBs will be made with Copper material or Aluminum material. We offer Metal PCB board thick from 75um to 7200 um.

What is a metal PCB?

Metal PCB, the full name of Metal Core Printed Circuit Board, is a printed circuit board that uses metal as the substrate material. Compared with traditional fiberglass substrates, metal PCBs are gradually emerging in the electronics industry. Its main advantage over traditional substrates is its excellent heat dissipation performance and mechanical strength, making it the first choice for electronic devices with high heat dissipation requirements.

First, let’s understand what a metal PCB is made of. Metal PCB usually consists of three main parts: metal substrate, dielectric layer and copper foil layer. The metal substrate is the core of the metal PCB. It carries the structure of the entire circuit board and provides the main path for heat dissipation. Commonly used metal substrate materials include aluminum, copper and aluminum-based composite materials, which have excellent thermal conductivity and mechanical strength and are suitable for the manufacture of various high-performance electronic devices.

Compared with traditional fiberglass substrates, metal PCBs have higher heat dissipation efficiency and better mechanical stability. This is due to the excellent thermal conductivity of metal substrate materials, which can effectively conduct the heat generated by electronic components to the environment quickly. Especially in application scenarios with high heat dissipation requirements, such as LED lighting, automotive electronics and power modules, metal PCBs have shown unparalleled advantages.

In addition to thermal performance and mechanical strength, metal PCBs offer other advantages. For example, metal PCB has excellent electromagnetic shielding performance, which can effectively reduce electromagnetic interference and improve the stability and reliability of the circuit. In addition, the processing technology of metal PCB is relatively simple, which can achieve high-density wiring and multi-layer structure to meet the needs of complex circuit design.

In general, metal PCBs are widely used in the electronics industry for their excellent heat dissipation performance, mechanical strength and electromagnetic shielding performance. With the continuous advancement of technology and the continuous demand of the market, metal PCB will continue to play an important role in promoting the innovation and development of electronic products.

Metal PCB
Metal PCB

Metal PCB design Reference Guide.

When designing a metal PCB, multiple factors need to be considered to ensure the performance and stability of the board. The following is a design reference guide covering key factors to consider during the metal PCB design process.

Material selection

The substrate material of a metal PCB is critical to the performance of the circuit board. Common metal substrate materials include aluminum, copper, and aluminum-based composite materials. When selecting a material, factors such as its thermal conductivity, mechanical strength and cost need to be considered. At the same time, the thickness and surface treatment of the material need to be determined according to the specific application scenario to meet the design requirements of the circuit board.

Dimensional design

The size design of metal PCB directly affects the heat dissipation effect and mechanical strength of the circuit board. Reasonable size design can effectively improve the heat dissipation performance of the circuit board and ensure that it is not easily deformed or damaged during use. When determining size, factors such as space constraints where the circuit board will be located, thermal needs, and mechanical assembly requirements need to be considered.

Cabling design

Good wiring design can minimize signal interference and power loss and improve the performance and stability of the circuit board. When designing a metal PCB, care needs to be taken to avoid too dense wiring or too long traces to reduce wire resistance and signal delay. In addition, circuit components and connectors need to be arranged appropriately to facilitate heat dissipation and maintenance.

Thermal design

Metal PCBs have good heat dissipation properties, but in some high-power applications, additional heat dissipation design is still required. Reasonable heat dissipation design can effectively reduce the operating temperature of the circuit board and extend its service life. Common heat dissipation design methods include adding heat sinks, using heat dissipation glue, and designing heat dissipation channels.

Environmental adaptability

When designing a metal PCB, it is necessary to consider the environmental conditions in which the circuit board is located to ensure that it can adapt to various harsh working environments. For example, in high temperature or humid environments, waterproof and dustproof design measures are required to protect the normal operation of the circuit board. In addition, factors such as electromagnetic compatibility (EMC) and electromagnetic interference (EMI) need to be considered to ensure that the circuit board is not subject to external interference.

Designing a metal PCB is a complex and important task that requires the consideration of multiple factors. Reasonable material selection, size design, wiring design, heat dissipation design and environmental adaptability considerations can effectively improve the performance and stability of circuit boards and provide strong support for the development of electronic products. We hope this guide can provide a useful reference for metal PCB design work and promote progress and innovation in the electronics industry.

What material is used in Metal PCB?

Metal PCB, as a special type of printed circuit board, uses metal as its substrate material to meet the heat dissipation and mechanical strength requirements of high-performance electronic equipment. In the manufacturing of metal PCBs, material selection is crucial. Commonly used materials include aluminum, copper, and aluminum-based composite materials.

First, aluminum is a common metal PCB material. It has excellent thermal conductivity properties, making it an ideal choice for electronic devices with high cooling requirements. Aluminum PCB usually uses aluminum-based materials, and the surface is covered with an aluminum oxide film with good insulation properties to improve its corrosion resistance and electrical insulation properties. Aluminum PCB has been widely used in LED lighting, automotive electronics and other fields. Its excellent heat dissipation performance can effectively extend the service life of electronic products.

Secondly, copper is also one of the commonly used materials for metal PCBs. Copper has good electrical conductivity and mechanical strength and is suitable for the manufacture of various high-frequency circuits and high-performance electronic equipment. Copper PCB usually uses copper foil as the conductive layer, covering it on the insulating substrate, and forming the circuit pattern through chemical etching and other processes. Copper PCB is widely used in communication equipment, industrial control and other fields, and its stability and reliability have been recognized by the industry.

In addition, aluminum-based composite materials are also one of the important materials for metal PCBs. Aluminum matrix composite materials combine the excellent thermal conductivity of aluminum with the mechanical strength of other materials, and have good comprehensive properties. Aluminum matrix composite materials are usually made of aluminum substrates and other materials (such as ceramics, plastics, etc.) and can be customized according to specific application requirements. Aluminum-based composite materials have been widely used in high-power electronic modules, aerospace and other fields. Their lightweight and high-strength properties play an important role in reducing equipment weight and improving performance.

Generally speaking, commonly used materials for metal PCBs include aluminum, copper, and aluminum-based composite materials. These materials have good thermal conductivity and mechanical strength and are suitable for the manufacture of various high-performance electronic devices. As technology continues to evolve, metal PCB material options will continue to expand to meet changing market demands.

What size are Metal PCB?

As one of the key components in electronic equipment, the design and selection of metal PCB dimensions are crucial to overall performance and applicability. In practical applications, the size of metal PCBs is usually customized according to specific application requirements and scenarios. This flexibility allows metal PCBs to meet various engineering requirements.

Square, rectangular and round sizes

Metal PCBs can come in a variety of sizes, with the most common including square, rectangular, and round. Square and rectangular designs are more common in most cases because they are easier to dock and assemble with other components and equipment. PCBs of this shape generally utilize space more efficiently and offer more layout options.

Round metal PCBs are also very useful in certain application scenarios, such as in rotating equipment or electronic products with round housings. The rounded design allows for more uniform layout and routing, while also helping to reduce stress concentration issues caused by sharp corners.

Flexible size design

In addition to common shapes, the size of metal PCBs can also be flexibly designed according to the needs of specific applications. This means that PCBs can be customized into a variety of sizes, from small micro electronic devices to large industrial control systems, and can be customized as needed.

For example, for some compact electronic devices, a smaller size PCB may be required to save space and achieve higher integration. For some industrial applications, larger PCB sizes may be required to accommodate more electronic components and connectors, as well as more complex circuit layouts.

Meet the needs of different scenarios

The flexible size design of metal PCBs allows them to meet the needs of various scenarios. Whether in embedded systems in consumer electronics or in controllers and sensors in industrial automation, metal PCBs can be customized to specific application needs for optimal performance and reliability.

The size design of metal PCB is a crucial part of electronic engineering. Flexible size selection can ensure that PCB can perform optimally in various application scenarios, while also providing greater freedom and innovation space for the design and manufacturing of electronic products.

The Manufacturer Process of Metal PCB.

The manufacturing process of metal PCB (metal substrate printed circuit board) is a complex and precise process that requires multiple steps to ensure the quality and performance of the circuit board. The manufacturing process of metal PCB will be introduced in detail below.

First, the process of manufacturing a metal PCB begins with material selection. When selecting a metal substrate, factors such as the heat dissipation performance, mechanical strength, and cost of the circuit board are usually considered. Common metal substrate materials include aluminum, copper and aluminum-based composite materials. They have good thermal conductivity and mechanical strength and are suitable for the manufacture of various high-performance electronic devices.

Next comes the board cutting. In this step, the selected metal substrate is cut into appropriately sized pieces for subsequent processing and handling.

Then comes the graphics. Using CAD software or other circuit design tools, designers will draw corresponding circuit diagrams based on the needs of the circuit board. These graphics will be converted into control files for PCB production for subsequent processing.

Next comes chemical etching. In this step, the control file is used to create a photoresist layer and then the circuit board is immersed in the etching solution. The etching liquid will gradually remove the unnecessary metal material, leaving the desired circuit pattern.

Finally, there is the surface treatment. After the circuit board is manufactured, surface treatment is usually required to improve its corrosion resistance and soldering performance. Common surface treatment methods include gold plating, tin spraying, nickel spraying, etc. These treatments can make the circuit board more durable and stable.

Through the above steps, the manufacturing process of metal PCB is completed. Precision manufacturing processes ensure that the quality and performance of circuit boards reach expected levels to meet the needs of various high-performance electronic devices.

Manufacturing metal PCBs is a highly technical process that requires experienced engineers and advanced manufacturing equipment. With the continuous advancement of technology, the manufacturing process of metal PCBs is also constantly improving, providing reliable support for the development of the electronics industry.

The Application area of Metal PCB.

Metal PCB (metal printed circuit board), as a high-performance printed circuit board, is increasingly used in today’s electronics industry. Its excellent heat dissipation performance and stability make metal PCB the first choice in LED lighting, automotive electronics, communication equipment, industrial control and other fields.

LED Lighting

The LED lighting industry has extremely high requirements for heat dissipation performance and stability, and metal PCB is an ideal choice to meet these requirements. LED lamps usually require long-term and high-intensity work. Metal PCB can effectively conduct heat to the external environment, maintaining the stable performance and long life of LEDs.

Vehicle Electronics

With the continuous development of automotive electronic systems, the requirements for heat dissipation and stability of electronic components are becoming higher and higher. Electric vehicle control systems, in-vehicle entertainment systems, safety systems, etc. in automotive electronics all require the support of high-performance electronic components, and metal PCBs can effectively improve the reliability and stability of these systems.

Communication Device

Communication equipment plays a vital role in the field of information transmission, and its stability and performance are crucial to communication quality. The excellent heat dissipation performance of metal PCB can ensure that communication equipment operates efficiently for a long time and maintains stable working status in high temperature environments.

Industrial Control

Industrial control systems have extremely high requirements for the stability and reliability of electronic equipment, especially in harsh industrial environments. Metal PCB can operate stably under harsh conditions such as high temperature, high pressure and high humidity, ensuring the normal operation of industrial control systems and improving production efficiency and safety.

To sum up, the wide application of metal PCB in LED lighting, automotive electronics, communication equipment, industrial control and other fields demonstrates its important position and irreplaceable role in high-performance electronic products. As technology continues to advance and market demand continues to grow, metal PCBs will continue to provide strong support for innovation and development in various fields and promote the continuous progress and development of the electronics industry.

What are the advantages of Metal PCB?

When compared to traditional fiberglass substrates, metal PCBs exhibit a series of compelling advantages. First of all, the heat dissipation performance of metal PCB is much better than that of fiberglass substrate. In high-power-density electronic equipment, electronic components generate a large amount of heat, and metal PCBs can more effectively conduct this heat away from the circuit board, thereby ensuring the stable operation of the equipment. This is particularly important for high heat-generating applications such as LED lighting, automotive electronics and power modules.

Secondly, metal PCBs have excellent mechanical strength. Compared with traditional fiberglass substrates, metal substrates are stronger and more durable and can withstand greater mechanical stress and vibration, thereby improving the durability and reliability of electronic devices. This advantage is particularly prominent in harsh environments in the fields of industrial control, aerospace and transportation, ensuring that equipment can still operate stably under harsh conditions.

In addition, metal PCB has strong anti-interference ability. The metal substrate can effectively shield external electromagnetic interference and reduce signal interference on the circuit board, thereby improving the performance stability and data transmission quality of electronic equipment. This makes metal PCBs popular in applications that require high signal quality, such as communication equipment, radio frequency modules and wireless sensor networks.

Finally, metal PCBs have good reliability and stability. The manufacturing process and material selection of the metal substrate are precisely designed to ensure the quality consistency and stability of the circuit board. Metal PCBs can maintain stable performance in harsh environments such as temperature changes, humidity changes, and chemical corrosion, greatly extending the service life of electronic equipment.

To sum up, metal PCB has obvious advantages in terms of heat dissipation performance, mechanical strength, anti-interference ability and reliability, and is suitable for electronic applications with various harsh environmental conditions and high performance requirements. With the continuous development of technology, metal PCB will continue to promote the innovative development of the electronics industry and bring a more convenient and intelligent lifestyle to mankind.

FAQ

How much does a metal PCB cost?

The cost of metal PCBs is usually slightly higher than traditional fiberglass substrates, mainly due to the relatively high price of metal materials and the special processes required to manufacture metal PCBs. However, in some high-performance applications, the advantages of metal PCBs can often offset the additional cost. In addition, with the advancement of technology and intensified market competition, the cost of metal PCBs is gradually decreasing.

What temperature ranges can metal PCBs be used in?

Metal PCBs can typically operate in a temperature range of -40°C to 150°C, depending on the selected materials and manufacturing process. Different metal materials have different temperature resistance properties, so when choosing a metal PCB, you need to make a selection based on specific application requirements and working environment.

What is the heat dissipation performance of metal PCB?

Metal PCB has excellent heat dissipation performance, which is mainly due to the good thermal conductivity of the metal substrate. Compared with traditional fiberglass substrates, metal PCBs can conduct heat away from electronic components more effectively, thereby maintaining the stability and reliability of the circuit board.

How to choose suitable metal materials for manufacturing PCB?

When selecting metal materials for manufacturing PCBs, multiple factors need to be considered, including thermal conductivity, mechanical strength, corrosion resistance, cost, etc. Common metal materials include aluminum, copper, and aluminum-based composite materials. Selecting the appropriate metal material depends on specific application needs and performance requirements.

What are the advantages of metal PCB compared with traditional PCB?

Metal PCBs have many advantages over traditional fiberglass substrates, including better heat dissipation, mechanical strength and anti-interference capabilities. In addition, metal PCBs also have higher reliability and stability and are suitable for various harsh environmental conditions and high-performance applications.

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