Efficient TG130 PCB Manufacturer in China

Durable TG130 PCB from PCBMAY – The PCB Expert

FR4 PCBs have a Glass Transition (TG) temperature of up to 130 Celsius. This is why the material is called TG130 PCB. As an excellent PCB manufacturer, PCBMay relentlessly pursues high-class circuit board development.

• Fire-retardant, suits standard PCB applications
• Compatible with most PCB usage ≤ 100 Celsius
• Insulation of material is industrial-grade
• Water absorption at a low level
• Can vary board thickness according to your preference

Additionally, PCBMay can help you with the complete range of PCB services. We can design a PCB for you as a Prototype PCB or Loadboard. We can Reverse Engineer an already existing PCB. We can also do Kicad or Eagle PCB if you like.

After deciding on your TG130 PCB, you can choose copper thickness. We have 1 oz, 2 oz, 3 oz, 4 oz, 6 oz, 10 oz, and 20 oz copper. You can also decide on the thickness of your prepreg material in order to achieve your desired Custom TG130 PCB.

As for customer service, don’t worry. We are awake whenever you are, anywhere in the world you are located. We have salespeople on stand-by to deal with your PCB order. If you’ve got an engineering question to ask about the TG130 PCB you need, we’ll provide an answer in a matter of 1-2 hours.

All in all, PCBMay has what it takes to satisfy your TG130 PCB order. We are an affordable, updated, and competent PCB supplier. You can count on us to deliver the goods in perfect condition.

Call PCBMay now—let’s make a deal!

TG130 PCB: The Ultimate FAQ Guide

Are you worried about the thermal management of your high-class circuit boards?

TG130 PCB improves the functionality of electronic appliances at a specific temperature range. Its standard temperature control and industrial-grade insulating properties are worthwhile for high-volume PCB assembly.

PCBMay is a trustworthy manufacturer that relentlessly pursues top-class TG130 PCBs in China. We offer updated, affordable, and competent services of this PCB. We hope this FAQ guide will eliminate your confusion about the glass transition temperature of PCB. Let’s start.

What Is TG In PCB Manufacturing?

TG means the Glass Transition Temperature. It is the lowest temperature at which flame-resistant materials start softening without being burnt. It is a vital property of PCB materials. A PCB material shifts from a rigid to a non-melted soft state at this temperature.

Material selection and temperature change are crucial factors in high-frequency and multilayer PCB manufacturing. If the polymer and epoxy materials experience a temperature over their TG values, they lose functionality.

TG In PCB Manufacturing

That’s why TG is essential for maintaining standard electrical and mechanical properties in high-level electronic applications. It affects thermal expansion to a large extent.

Usually, three types of TG values are used in PCB assembly.

It is essential to maintain TG value as per the requirements of PCB design. It enhances the mechanical stability of electric circuits. You should keep the operating temperature less than the glass transition temperature to achieve optimum efficiency.

Watch this video to know more about TG:

What Is TG130 PCB?

TG130 PCB is a practical circuit board where the glass transition temperature is 130⁰C. That means it is a traditional TG value for printed circuit boards. Its base material is FR4 (Flame Retarding Grade 4).

This PCB material starts deforming at 130⁰C. TG130 PCB offers excellent functionality and mechanical stability during its working life. FR4 materials are reputable for rigid PCB applications.

So, this PCB is compatible with numerous electronic projects. It delivers the best performance at around 100-110⁰C. You should be aware that its operating temperature never crosses this TG value.

There are different types of TG130 circuit boards available in the market. Such as

• Rigid PCB
• TG130 Multilayer PCB
• TG130 Halogen-free PCB
• Prototype PCB

All of these circuit boards are effective for improving the quality of electronic devices. These PCBs are supportive of different PCB thicknesses. You can very customize the board thickness concerning your preference. In a nutshell, this PCB is a reliable solution for various problems caused by mechanical and thermal instability.

TG130 PCB

What Are The Considerations For Choosing TG130 PCB Materials?

You need to consider some vital factors while choosing TG130 PCB materials.

• Dielectric strength
• Thermal expansion
• Temperature resistance
• Adhesive properties
• Relative permittivity
• Tensile Strength
• Flexibility
• Decomposition temperature

FR4 is the base material of the TG130 printed circuit board substrate. FR4 ensures sufficient resistance against flame and water simultaneously.

It offers outstanding electrical and mechanical properties in high-speed PCB applications. Besides, its tensile strength is appropriate for rigid electronic devices.

Its strength-to-weight ratio is also effective for numerous advanced electronic appliances. So, it is required to consider these issues properly for experiencing the optimum outcome of this PCB.

TG130 PCB Materials

What Are The Features Of TG130 PCB?

TG130 PCB features are suitable for various applications. Its specifications offer a combination of temperature control, robustness, and low cost. The most noteworthy features of this circuit board are-

• The board thickness is around 0.5-3.2mm.
• High tensile strength
• Low arc resistance
• Halogen-free
• Reliability in plated through-hole
• Decomposition temperature is around 180⁰C
• The high moisture absorption rate
• Low dielectric strength
• High dielectric strength
• Low surface resistivity
• V-0 UL 94 rating
• Low peel strength
• High thermal conduction

These features are related to the board thickness and glass transition temperature. A PCB having standard TG value is reputable for ensuring impressive specifications. That’s why its compatibility with versatile electronic fields is commendable.

TG130 PCB Features

Where Do You Use A TG130 PCB?

TG130 PCBs have supreme uses in different sectors of the modern electronic world. Its impressive specifications are the main reason for this high usability. Its prominent applications include-

• Factory machinery
• Home appliances
• Communication equipment
• Medical devices, like scanners, testing equipment, etc.
• Xbox
• WiFi routers

As it is a standard TG PCB, you need to be aware of its operating temperatures. It is applicable for less than 100⁰C in most cases. You should use this PCB in applications where high temperature (like 150⁰C, 170⁰C, etc.) is not required.

Applications Of TG130 PCB

How To Compare Between TG 170 And TG130 PCB?

TG170 and TG130 PCBs represent high and standard glass transition temperatures, respectively. Both of these circuit boards have distinct positive sides and drawbacks. We are here with a comparison between these two PCBs. Let’s have a look.

Cost Performance

It is more cost-effective compared to a TG170 PCB. Its materials are less expensive, and the board size is also supportive of low manufacturing costs. But, high TG PCBs are costly due to their expensive materials and complex designs.

Environment Friendly

TG130 printed circuit board substrates are mainly phosphorous-based. They contain a smaller amount of halogen. So, these halogen-free PCBs are highly effective for ecology.

On the contrary, TG170 PCBs are not as effective as standard TG circuit boards in terms of ecological perspective.

Mechanical Stability

Higher glass transition temperature ensures stable mechanical properties. That’s why TG170 circuit boards offer more stable performance than standard PCB TG130. But, typical TG is also suitable for many applications where high rigidity is not required.

Thermal Management

TG130 PCB is helpful to achieve proper thermal expansion and temperature resistance at a low cost. You have to keep the operating temperature low compared to a high TG PCB.

But, you should think about high TG circuit boards for superior thermal management. Here, you can use this PCB at around 150⁰C.

Range Of Application

Standard TG PCBs are used in various electronic applications. Usually, you can use these PCBs in domestic and commercial sectors. But, their applications don’t cover a wide range due to temperature limits.

High TG PCBs are widely applicable for multilayer and high-frequency applications. TG130 multilayer PCB is compatible with less than 14 layers.

But, PCBs with more than 170⁰C are compatible with a higher layer count. These circuit boards with more than 170⁰C have immense use in industrial electronic appliances.

TG 170 PCB

What Are The Notable Benefits Of TG130 PCB?

TG130 PCB provides advantageous features in electronic devices. It adds positive points in functionality, durability, longevity, etc. Its most notable benefits are-

• This circuit board is adequate for ensuring high-quality thermal management at affordable costs.
• TG130 is suitable for four-layer PCB stackup, 6 layerPCB stackup, etc.
• Its construction materials are eco-friendly.
• It is worthwhile for preserving signal integrity in data transmission equipment.
• This glass transition temperature improves the quality of high-volume manufacturing.
• FR4 materials offer sufficient rigidity in electronic applications. Besides, these materials have rigid-flex features that increase the applications of TG130 PCBs.
• This circuit board delivers necessary mechanical stability in robust electronic products.

Applications Of TG130 Printed Circuit Board

Are There Any Limitations Of The TG130 PCB?

TG130 PCBs have some considerable limitations. Such as

• It is not suitable for multilayer stackup that includes more than ten layers.
• This PCB can’t always transfer high-speed signals with the utmost integrity.
• It is vulnerable to extreme heat due to its low resistance to thermal pressures.

You need to consult with a trustworthy and experienced manufacturer to get a flawless TG130 PCB design. We will discuss the features of a reliable TG  PCB manufacturer in the next section.

TG130 PCB Disadvantages

What Are The Features Of A Reliable TG130 PCB Manufacturer?

A reliable TG130 PCB manufacturer should have the following features:

• Customization support for layer count, board thickness, designs, etc.
• Professional and experienced engineers.
• Cost-effective products.
• Shortest lead time
• Long TG130 PCB manufacturing experience.
• Up-to-date customer support
• The ability to provide OEM and ODM services
• Adequate storage of eco-friendly raw materials.

We ensure the most reliable manufacturing service of different TG130 PCBs at affordable costs. Our products fulfill the criteria of IPC and RoHS standards. Our skilled engineers assure you of delivering your products within the shortest possible time. So, inquire us immediately to enjoy the excellent performance of electronic products.

TG130 PCB Manufacturing

How To Test The Functionality Of An FR4 TG130 PCB?

FR4 TG130 PCB is a highly functional circuit board. It offers tremendous benefits in numerous electronic products. You have to check its functionality to be assured of its optimum performance.

Automated X-ray inspection (AXI) is a reliable process to verify the designs and connections of this PCB. It is conducted through the X-ray, which has high penetrating power.

The AXI test informs you of the defects in component placements, drilled hole dimensions, etc. These features are essential for ensuring the utmost functionality of TG130 PCB.

Besides, you can conduct a functional test and thermal test. These tests will let you know the actual performance of a circuit board operating with TG130.

TG130 PCB X-Ray Inspection

Which Factors Affect The TG130 PCB Price?

TG130 PCB offers better affordability compared to other TG values in PCB manufacturing. It consists of some crucial features that influence its price to a great extent. The following factors have a significant impact on its price.

Material Selection

PCB with TG130 is composed of glass-resin epoxy materials and copper layers. The PCB substrate is made of FR4 materials. These PCB materials ensure a lower cost than high TG PCB materials. Besides, the availability of FR4 materials is vital in the prototype PCB assembly.

Board Size

A broader circuit board requires more components and time for assembling. Thus, the board size influences the price in the case of PCB having TG 130⁰C. You need to ensure a compact design to optimize the board size.

Via Placement

PCB via placement and design also fluctuates the manufacturing cost, which results in high PCB price. If you intend to apply via-in-pad on a TG130 PCB, it requires different drilling processes for each via design. It is a time-consuming and expensive task. That’s why you need to consider this issue before choosing the PCB manufacturer.

Panelization

Proper execution of panelization is worthwhile for minimizing this PCB cost. It enables the designer to utilize the board surface more efficiently. Besides, panelization improves the design accuracy that also decreases the manufacturing costs.

Lead Time

Convenient lead time is required for a manufacturer to deliver the circuit board with maximum effectiveness. It is also prominently related to the TG 130 printed circuit board cost.

Dimensional Tolerance

The dimensional tolerances like drilled hole diameter and minimum spacing are responsible for the fluctuation of the PCB price. Usually, tight tolerance in the circuit board dimensions increases the production cost.

TG130 Printed Circuit Board Cost Performance

Do TG 150 PCB And TG130 PCB Have Any Differences?

TG130 PCB and TG150 PCB have some differences in terms of their features and performances. Such as

• TG 150 materials are more expensive than FR4 TG 130 materials. That’s why TG 130 circuit boards offer an affordable assembly cost.
• 130⁰C represents a standard PCB glass transition temperature, where 150⁰C is a median TG value.
• The operating temperature of a TG150 PCB is higher than a PCB with TG130.
• TG 130 printed circuit boards contain a low amount of halogen. But, all types of TG150 PCBs aren’t free from halogen molecules.
• In terms of chemical and mechanical stability, the standard TG value is good for PCBs. But, the median TG value is preferable to the manufacturers.
• TG150 PCBs provide better heat resistance in multilayer PCB But, you can achieve reliable thermal management in standard TG PCBs if you ensure proper via placement.
• If you want rapid signal transmission in high-power applications, TG 150 PCB will be a worthwhile option. But, low cost and smooth signal transferring increase the use of TG130 PCB consistently.

TG150 PCB Materials Specifications

What Is The Operating Temperature Range Of A TG130 PCB?

The glass transition temperature and operating temperature of a PCB are connected. TG indicates the temperature required for the deformation of the PCB materials. So, the operating temperature should be less than the TG value.

It is safe to keep a difference of around 20⁰C between these two temperatures. That means you should keep the working temperature for TG130 PCB around 100⁰C. It improves the functionality and longevity of your applications.

FR4 TG130 PCB High Operating Temperature

How Do You Design A TG130 PCB Diagram In Altium?

Altium Designer is an excellent software to design the Tg130 PCB diagram. You need to follow some steps to develop this PCB in Altium.

• First, create a new project file in Altium. You have to go to the “File” section to open a new project.
• Now, place the parts of PCB schematics. You need to use the “library” and “tool” to set the required portions of TG130 PCB schematics. Then, update the PCB document from the schematic.
• Input the board thickness, layers, and other necessary information from the “Design” section.
• Choose the design and PCB routing rules.
• Then, add internal planes and signal layers from the “layer stack manager.”
• Set the required dimensions for the PCB holes.
• Generate the Gerber file.

TG130 PCB Design

These are the basic rules of designing a TG130 PCB diagram. You can watch the following video to get a deep understanding of the PCB design in Altium:

How Does Moisture Affect A TG130 PCB Performance?

Moisture is a silent killer of electronic devices. High moisture absorption promotes oxidation in electronic components like resistors, transistors, diodes, etc.

It hampers the electrical properties of circuit boards. Oxidation reduces the functionality and working life of these components. So, moisture ultimately decreases the longevity of TG130 PCB. It also affects the signal transmission system of an electric circuit.

Besides, moisture absorption hampers thermal features like the coefficient of thermal expansion, heat dissipation, etc. That’s why you have to consider this issue during manufacturing and use of TG130 circuit boards. Conformal coating is effective for making the PCB moisture-proof to a large extent.

Stable TG130 PCB Design

What Is The Best Surface Finish For TG130 PCB?

TG130 PCB design is effective for preventing corrosion in the PCB surface. It becomes possible due to the implementation of a PCB surface finish in this circuit board. The TG 130 circuit board allows the use of various surface coatings.

Hard gold finish and electroless nickel immersion gold are standard metallic coatings of this PCB. But, PCB hard gold finish is the best for optimizing the PCB performance.

TG130 PCB gold finger ensures sufficient robustness in PCB design. It creates a protective layer on the copper that keeps the components free from oxidation. Thus, the PCB materials last for an extended period.

TG130 hard gold PCB broadens the surface area. It also promotes the functionality of PCB components. PCB TG130 allows the circuit board components to act as a connector end of versatile electronic applications. Mainly, it has excessive use in telecommunication equipment.

What Is The Rating Of FR4 TG130 PCB Materials In UL94 Standard?

FR4 TG130 PCB material’s rating is V-0 in the UL94 standard. This rating refers to the supreme performance of FR4 materials against flame. The UL94 rating is reliable for verifying the flammability of PCB materials.

The UL94 V-0 rating indicates some features of this material. Such as

• Its burning time never exceeds 10 sec.
• There is no dripping allowed during its vertical flammability test.

Though there are six ratings in the UL94 standard, the V-0 rating is preferable for the PCB materials during manufacturing.

Which Factors Do You Need To Consider For The FR4 TG130 PCB Thickness?

TG130 PCB is compatible with numerous copper and FR4 thicknesses. This PCB supports 1 oz, 2 oz, 6 oz, 10 oz copper thicknesses concerning the current capacity and layer count.

Besides, FR4 thickness is a crucial factor in TG130 circuit board manufacturing. That’s why you should consider the following factors to optimize the FR4 thickness in this PCB.

PCB Design

A thick FR4 PCB is supportive of complex designs. Again, FR4 high current PCB’s design is more complicated compared to other traditional circuit boards. So, you should consider thicker FR4 circuit boards with TG130 if you want to deal with a complex PCB design.

Impedance Control

PCB impedance control depends on the dielectric thickness. So, it is required to ensure a proper FR4 thickness concerning impedance in a high-speed transmission line.

Flexibility

Flexibility is a vital issue in PCB manufacturing. Thinner FR4 PCB TG130 is not an appropriate choice for higher flexibility in PCB designs. Moreover, thicker PCBs allow smooth V-Grooves during the manufacturing of a TG130 PCB.

Space Management

You should consider space requirements while thinking about the PCB thickness. Bluetooth and USB-based devices require compact designs. There you need to apply a thickness that suits your design and is effective for fast signal transmission.

TG130 PCB Thickness

How Does Resin Technology Improve TG130 PCB Durability?

Resin technology improves the TG130 PCB durability to a great extent. This resin technology allows the use of a total halogen of less than 1500 ppm.

FR4 is an effective PCB material with high-quality epoxy resin and standard TG. That means it ensures sufficient flame retardancy along with maintaining halogen-free nature. So, TG130 PCB remains supremely durable against extreme flame and temperatures.

Moreover, resin encapsulation on the PCB surface inhibits chemical contaminants. It reduces the moisture absorption rate of TG130 printed circuit boards. Thus, the longevity of this PCB improves.

Conclusion

TG130 PCB renders immense positive features in electronic devices that function at moderate thermal states. FR4 materials and effective surface finish significantly promote its performance in different conditions.

PCBMay is always at your service to deliver the best TG130 PCB manufacturing, ensuring a low lead time. This FAQ guide covers almost all corners of the circuit board with FR4 TG130 materials.

If you have any engineering questions about this PCB, feel free to contact us. We will answer you within the shortest possible time. Stay tuned.