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Why Choose IBE as Your Rogers PCB Manufacturer6

Why Choose IBE as Your High-TG PCB Manufacturer?

We are known as the leading PCB manufacturer in China. Since 2005, we have over 17 years of experience in providing High-TG PCB manufacturing services. Providing one-stop PCB and PCB manufacturing services, IBE promises to meet your customized demands at an affordable price wiht high-quality products. Feel free to ask if you have any questions regarding multilayer PCB manufacturing services.

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IBE is the partner of choice for many of the world’s leading enterprises, SMEs and technology challengers. We help businesses elevate their value through custom software development

Aluminum Board

2 Layers Aluminum Board

  • Material: Aluminum
  • Thermal Conductivity: 4.0W/km
4 Layers Rigid-Flex PCB

4 Layers Rigid-Flex PCB

  • Material: FR4+PI
  • Technology: Rigid + Flex
8 Layers HDI PCB

8 Layers HDI PCB

  • Material: FR4 TG170
  • Technology: Buried and Blind Via

Custom High-TG PCB Services- IBE Electronics

We, IBE Electronics, are a global supplier of PCBs for several years and have developed a global reputation in the market. IBE Electronics serves clients and has specialization in all linds of PCB. We here in IBE electronics can help you with your High-TG PCB needs and our services under it are detailed below:

1.High-TG PCB Prototype
If you’ve got a circuit design idea, the first step would be creating a prototype to test if the design is viable or not. While that might sound like a hectic, we’re here to help you with your PCB prototyping. We can create first samples of your designs and convert your digital ideas into a physical PCB.

IBE Electronics can help achieve a better vision of your futuristic ideas to check if you should proceed with your circuit idea or modify it as needed.

2.High-TG PCB Design
Once your prototype is finalized and is ready to move to the second phase, called “PCB Designing”, we’ll help you get a final product on your table. IBE Electronics uses latest and up-to-date software and well-oiled machines to get the finest High-TG PCB for your electronics projects.

At IBE Electronics, you’ll get fast and robust service, which’ll help you complete your projects on time. You don’t have to worry about the design, because we can also help you optimize the design before printing it on a circuit board. That will help you save money on the manufacturing costs later.

3.High-TG PCB Manufacturing
IBE Electronics is a fantastic solution to your High-TG PCB manufacturing needs. You don’t have to worry about where to get those PCBs printed after getting a prototype and design finalized. If you get your prototypes and designs done by us, the manufacturing process will be super fast because we will have all the prerequisites in hand.

Moreover, if you’re looking for quality raw materials such as high TG PCB prototyping and manufacturing, there’s no better choice than IBE Electronics. We have a team of highly skilled professionals and have acquired the most brilliant minds, that’ll keep your High-TG PCB manufacturing smooth and flawless.

4.High-TG PCB Assembly
One the manufacturing is complete, we’ll do all the assembly, so all the required components are on the circuit plate. It might sound a bit complex for companies, but IBE electronics has been helping brands get PCBs done from scratch for their electronic products.

We have all the electronic components available in stock so that the assembly phase doesn’t slow down or face any raw material shortage delays.

How to Get A Customized High-TG PCB- Easy Steps

Thank you for your support and trust. About the price, you need to send us an inquiry/drawing, then we can quote for you after evaluation. About placing orders, you can follow the steps below step by step. Or contact us to help you: ibe@pcbaaa.com

1.Visit the official website and request for a free quote from IBE Electronics. Enter PCB Assembly Quote page, input your circuit specification, assembly requirements, and order quantities, upload Gerber file, drilling file and BOM, then click Submit quote button.

2.A customer service representative will get in touch with you to collect all your requirements and quote the best possible deals for you. Assembly quote will be sent to your email inbox within 1-2 working days. Please give feedback on the quote.

3.Once the offer is agreed, you will be guided to place the order and release the payment.

4.BOM confirmation and DFM Check will be carried out once order is received. Production begins only after everything is confirmed.

BOM and Gerber files are the essential documents needed for getting a quote. If you have other requirements like functional test, IC test, please provide some documents as well.


High-TG PCB Manufacturing Process

The complete High-TG PCB manufacturing process is based on the design package that makes the circuit board in physical form. Following is the process of High-TG PCB which starts with design and ends with testing:

Step 1: Pre Production Engineering

According to the manufacturing data and requirements provided by the customer, our engineers will compare it with standards and capabilities to make sure compliance and conduct related checks.

Step 2: Photo Plotting

A laser photo-plotter can be used to plot a film for each individual layer. A laser photo-plotter is a tool used to create photo-tools for solder mask and silkscreen.

Step 3: Imaging and Develop or Etch

This process applies the primary images such as pads and traces onto the circuit board. Here is what to do in this step: Apply photo imageable to the copper panels. Furthermore, image the panels using LSI. Etch off the whole exposed copper from the panel. Strip the remaining Dry Film and just leave the remaining copper pattern for the inner layers.

Step 4: Automated Optical Inspection

AOI basically inspects different layers of multilayer PCB before laminating all layers together. The optics compare the PCB design data to the actual image on the panel.

Step 5: Oxide

Oxide is a chemical treatment to inner layers before lamination for multi-layer PCBs. It is an important step to increase the roughness of copper to enhance the laminate bond strength.

Step 6: Lamination

To produce a multilayer PCB, different layers of epoxy-infused fiberglass are laminated together. The presser and heat cause the fiberglass sheet to melt and tightly join the layers together.

Step 7:Drilling

All PCBs need some holes to link copper layers, attaching components and mounting the PCB. We can drill holes using some advanced drilling systems. Furthermore, these have a design for the fast removal of chips in abrasive materials.

Step 8: Electroless Copper Deposition

After drilling, manufacturers deposit a thin coat of copper on the exposed surfaces of the panels chemically. Furthermore, they deposit a copper coat on the hole walls using electroless plating.

Step 9: Dry Film Outer Layer

After copper deposition, you must apply the outer layer images to prepare the panel for electroplate. So we can utilize a laminator machine to coat outer layers with the dry film. The dry film is a photo imageable material.

Step: 10 Plate

The electroplating process involves copper plating onto the conductive pattern. Plus on the hole walls of the PCB as well. The thickness of the plating is around 1 mil. After copper plating, you need to deposit a thin layer of tin plating.

Step 11: Striping and Etching

After completing the plating process on the panel, the dry film remains. Then, removing the uncovered area of copper by tin. So traces and the pads around the holes and copper patterns remain there. At last, remove the remaining tin that is covering holes and traces chemically.

Step 12: Surface Finish

It is the last and final chemical process to manufacture a multilayer printed circuit board. Solder mask covers almost all circuitry. So the surface finish prevents oxidation of the remaining exposed copper area.



The full name of TG used in PCB production is glasstransitiontemperature, which stands for glass transition temperature.

We provide a variety of high-TG PCB testing services, for example

  • ICT Test
  • Flying Probe Test
  • Function Test
  • X-ray Test
  • Laser Detection
  • AOI Inspection

The circuit board must be flame resistant and can only be softened at a certain temperature, not burned. The temperature point at this time is called the glass transition temperature (Tg point), which is related to the dimensional stability of the PCB board. The higher the TG value, the better the temperature resistance of the PCB.

The printed circuit board cannot withstand a thermal load no less than Tg 25 degrees Celsius, and if your product operates in a temperature range of 130 degrees Celsius or higher, your application will require a high Tg PCB.

Gateways, RFID, inverters, antenna boards, wireless boosters, contract manufacturing services, low-cost PLCs, embedded system development, embedded computer systems, AC power supplies.

As the Tg of the substrate increases, the characteristics of the printed board such as heat resistance, moisture resistance, chemical resistance, and stability resistance will be increased and improved.

To ensure the quality and safety, IBE has passed the audit and obtained many relevant certificates: ISO9001:2015, ISO14001, RoHS, and UL listed, World Class Quality and the Standards – IATF 16949:2016 Certified (for Automotive), ISO 13485:2016(for medical).

TG is generally divided into 3 grades, general TG, medium TG, high TG. Generally, the TG value is generally 130, 140, the medium TG value is generally 150, and the high TG value is generally above 170.

Any questions can contact us : ibe@pcbaaa.com

1.Visit the official website and request for a free quote from IBE Electronics. Enter PCB Assembly Quote page , input your circuit specification, assembly requirements, order quantities, upload Gerber file, drilling file and BOM, then click Submit quote button.

2.A customer service representative will get in touch with you to collect all your requirements and quote the best possible deals for you. Assembly quote will be sent to your email inbox within 1-2 working days. Please give feedback on the quote.

3.Once the offer is agreed, you will be guided to place the order and release the payment

4.BOM confirmation and DFM Check will be carried out once order is received. Production begins only after everything is confirmed.

Contact Us

Get a Quick High-Tg PCB Manufacturing Quote

Looking for high-tg PCB manufacturing service? You can use high-tg PCB manufacturing quote request forms and submit information. Alternatively, you can email us BOM and Gerber files along with information of high-tg PCB volume and type of testing requirements you might have on ibe@pcbaaa.com or call us on +86-75527629184 in case any other clarification is required in respect to our PCB manufacturing services.

High-TG PCB : what is it and manufacturing

When it comes to electronic design, there is an entire universe of design variables and considerations to make to bring a device into life. Most of the important considerations have to do with the conductivity of the traces and the dielectric constant for signal integrity and proper isolation. Other conditions have to do with impedance matching and delay propagation for high-speed signals.

But, when you put a board on nature, the wear-off effect comes from the harsh environment (being it a thin-air, chemical environment, or a high temperature one) and the constant changes to the weather conditions, which are usually simulated on a HAL chamber. You could make a ceramic PCB to protect against high temperatures, but if you want to mass product such a product for a more commercial market, the prices will skyrocket, and there is the need to create or have a middle point that can withstand such conditions while still being practical in terms of economy and resistant.

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What is High-TG PCB

A High-TG PCB comes into the game when you need to provide more temperature resistance than a typical FR4 made PCB. In essence, the concept for a high-TG PCB has to do with the term of glass transition temperature, or Tg, which could be understood as a “melting” point for a hard material, transforming its state from solid to burnished, vitreous material.

While a normal FR4 based PCB can hold up to 135°C, a high-TG PCB can start, depending on its grade, to withstand temperatures from 150°C and above, more on this below.

What’s the feature of High-TG PCB

As stated above, high-TG PCBs may have higher temperature endurance performance, which will be suitable for harsh environments in which temperature transitions happen consistently. The fact of heat resistance and glass transition endurance also prevents delamination, providing low thermal expansion due to the raw materials encountered on conventional high-TG PCBs.

Heat dissipation may happen through its conventional physical phenomena, conduction, convection and radiation, which enhance the thermal resistance of a high-TG PCB.

There might be different classifications for the TG endurance PCB types, but it is possible to provide some general subgroups, which can be separated as per the following chart.

MaterialTypeTemperature Resistance (°C)
CEM-1, FR4Standard Copper-Clad130-140
Composite CCLMiddle TG-PCB<150
ISOLA370, IT180, KB6167High-TG PCB170-225
Hydro-carbon ceramics, Teflon-basedUltra High-TG PCB220 ~ 260

Please note that the higher the temperature endurance, the more involvement of ceramic-based materials is introduced, more on this for cost calculations further.

More thermal endurance means more heat dissipation, and this is translated into more power density capabilities. Consider high-TG PCBs additional power density feature to save heat dissipation costs or enhance the power value reach for a finalized device.

One more feature that is important to mention is the RoHS compliance for the materials used in high-TG PCBs, which is important for lead-free process and product manufacturing.

What’s the application of High-TG PCB

Due to the constant revolution of the lighting industry, and due to the power capabilities of a high-TG PCB, it has become a replacement of metal core PCBs. Hence the greater balance in costs have provided a more economic approach for this market sector.

But the limitations of a high-TG PCB do not end there, these kinds of boards can be widely used in harsh engineering and industrial environments for endurance motor controllers with exceptional power dissipation factors and hence better energy dissipation techniques, welding and higher temperature material processing devices.

Robustness provided for the thermal resistance has also opened a way outside commercial use devices such as antennas or RFID gateways, including the usage of power supplies that can handle higher temperatures.
Some other safety and temperature critical devices are considered for the aerospace and military sector (missiles and radars) as well as the automotive and medical markets.

Finally, the high temperature endurance and power characteristics are very well related with computer performance. Hence, the usability of high-tg PCBs for dedicated motherboards for high performance computers such as supercomputers.

Custom High-TG PCB services IBE can provide

IBE Electronics Inc is a good solution partner for your high-TG PCB fabrication and design needs. Being a highly reliable and quality led manufacturer (with several quality certifications, including ISO9001, ISO 14001, TS1694, and ISO13485) and with its key presence on Asia (China, Vietnam) and America (USA), you can expect fast responses and exclusive service compared with other manufacturers. Let us look at the services offered for high-TG PCB design and manufacturing.

4.1 High-TG Prototype

Design is not a simple process, nor single. And in such sense, you will never know if your design is feasible for mass production unless you can design a specific set of samples. IBE Electronics can help you by understanding your prototype needs and assisting you on your overall prototyping process, without any overcharges or dangers a broker might lead you to.

4.2 High-TG PCB design

IBE Electronics has long time experience designing and manufacturing different types of PCBs, including the most complex ones. You can rely on honest and clear provider who can understand your needs and suggest for effectiveness towards your solution needs. Consider all the thermal design requirements and rules when designing your high-TG PCB and routing guidelines for a proper stackup.

4.3 Multilayer manufacturing process

IBE Electronics is specialized in medical, optical, automotive and aerospace industries, which means that high speed signal integrity and right impedance matching is a must. Where high layer density and power efficiency is a must, IBE has the necessary equipment to provide a high-end device solution.

4.4 High-TG PCB assembly

With fourteen assembly lines and four product assembly workshops with self-contained SMT line configuration and capabilities, IBE Electronics is your trusted parted for high temperature PCB manufacturing and component placement and assembly.

How to select a good High-TG PCB manufacturer

What is a good High-TG PCB manufacturer

When you bring your PCB design to a manufacturer you must consider a good service partner for your product. Among the most important factors for choosing your PCB manufacturer are:

-Reliable: Meeting deadlines and aggressive for time-to-market
-Compliant: Meets all the qualifications that your design requires
-Cost-efficient: Allows you to have good pricing options according to volumes and has a plan for mass manufacturing (stocking)
-Quality: Provides a PCB of quality, with all the related treatments and base materials
-Added value: Provides added options to make your production smart and adapts to your vision

Envision your device as a product that you want to be done by experienced hands and that will be manufactured by a loyal and honest manufactured that will ride the long way with you through the pros and cons of the overall design and manufacturing process.

List of High-TG PCB manufacturers

● IBE Electronics Inc.
● Cirex International
● PCB Gogo
● PCBWay
● Candor
● Venture Electronics
● Millennium Circuits Limited
● Pcbcart
● Sierra Circuits
● PCB Elec

How to calculate a High-TG PCB cost

A high-TG PCB is no different to a conventional PCB in terms of cost. The difference will be related to the specific TG value / substrate that will be chosen for the manufacturing and the use of special stencils, if any are required. Mainly, the cost of a PCB is related with the following items:

1.Base Material
2.Number of layers
5.Delivery format and cut
8.Surface finish
9.Via size
10.Use of high-end features (via covering, gold fingers, castellated holes)

When choosing your manufacturing partner, please verify that the pricing is not outrageous, and it is within a standard or average to that of the current market values.

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