Teflon PCB

  • Teflon PCB with varied capabilities
  • Teflon PCB made from high-quality PTFE materials
  • Excellent customer services
  • Professional engineers and designers

What is the features for Teflon PCB compared to other pcb?

Teflon PCB can withstand high temperature for 200-260 degrees in long term, also its excellent high frequency plate is very suitable for

radar, high frequency communication equipment, radio equipment and other fields.


Teflon PCB compared to other high frequency PCB

Low friction coefficient: The friction coefficient is low because non-sticky and smooth. Low thermal expansion factor: tg is between 160 and 280 ˚ c (sometimes higher).Therefore, this is why we use Teflon in our cookware.

Moreover, they are very suitable for high-precision electronic devices that generate lots of heat due to power consumption. Excellent chemical resistance: ferrofluorosone pcb has an extraordinary tolerance to chemicals.

Therefore, they are not easily eroded by moisture, oils, and other chemicals, which give them incredible corrosion resistance. Low dissipation factor: The common dissipation factor of ferrofluorlon makes it leak resistant, making it particularly suitable for high frequency and microwave applications.

In addition, this attribute gives them excellent weather tolerance.

Teflon PCB description

Venture manufactures Teflon PCB in order to meet the requirements for faster communication. We manufacture high-quality Teflon PCB that is widely used for the following applications:

  • Aerospace
  • 3G, 4G, and 5G communication
  • Aviation electronic countermeasure
  • Satellite communication
  • Radar
  • Navigation

Our Teflon PCB has superior dielectric properties. In manufacturing our Teflon PCB, we combined it with a high-melting temperature that enables it to give the best performance.

Your Leading Teflon PCB Supplier in China

Venture Teflon PCB is commonly used in a broad array of applications because of its benefits offered. Depending on its applications, we can manufacture Teflon PCB with different layer options.

Our Teflon PCB is manufactured with high-melting temperature and low dielectric constant. Venture manufactured Teflon PCB that is non-viscous in nature.

We manufacture PTFE Teflon PCB that is considered as the best alternative for FR4 circuit boards. Our Teflon PCB offers excellent heat resistance for a high-performance.

Teflon PCB article 2

Aside from that, Venture Teflon PCB also offers outstanding resistance to corrosion. It can also provide superior moisture and abrasion resistance.

In manufacturing our Teflon PCB, we used lead-free HASL material for its surface finish. Our Teflon PCB is also available in OSP, carbon ink, immersion gold/tin/silver, peelable mask, plating hard gold, and gold finger surface finishes.

For its solder mask color options, we have green, blue, red, white, and black available. You can choose from the colors that suit your preference.

Venture manufactures Teflon PCB in order to meet the requirements for faster communication. We manufacture high-quality Teflon PCB that is widely used for the following applications:

  • Aerospace
  • 3G, 4G, and 5G communication
  • Aviation electronic countermeasure
  • Satellite communication
  • Radar
  • Navigation

Teflon PCB article 1

Venture is one of the leading manufacturers of Teflon PCB in China. At Venture, we have the full specifications and capabilities to manufacture Teflon PCB that will surely match your requirements.

We manufacture Teflon PCB with the most competitive prices. Though affordable, rest assured that your Teflon PCB is manufactured with professional quality. Our Teflon PCB is certified with various industry-standard such as Aerovironment and ITAR.

Additionally, we offer flexible payment terms for your Teflon PCB orders without minimum order required. Whether you are a retailer, distributor, or electronic engineer, Venture is your best Teflon PCB supplier!

We will offer the best deals for your PTFE Teflon PCB orders in order to support your business and projects. Venture also employs a friendly customer service team for your assistance and guidance throughout the transaction.

For your inquiries and orders, contact us directly!

Teflon PCB: The Ultimate FAQs Guide


Everything you have been looking for Teflon PCB material is right here.

From properties, features, fabrication to quality certifications, this guide will make an expert in Teflon printed circuit boards.

Keep reading to learn more.

What is Teflon PCB?

Also known as PTFE PCB, this is printed circuit board fabricated using Teflon material, a trademark of DuPont.

This type of PCB material is non-sticky and features an inert molecular structure.

The main advantages of Teflon PCB material its excellent electrical properties, low dissipation factor, exceptional chemical resistance, and reduced coefficient of friction.

Teflon PCB

Teflon PCB

Which are the Main Advantages of Teflon PCB?

The following are the main benefits of Teflon PCB that makes one of the best printed circuit boards:

  • High thermal stability
  • Outstanding flame resistance
  • Exceptional electrical properties
  • High cold and heat resistance

Which is the Best Technique of Performing Teflon PCB Surface Preparation?

Surface preparation is one of the important steps in fabrication of Teflon PCB.

The substrate surface is made ready for marking formation of layer and metallization.

Careful consideration needs to be given to the type of machine utilized for surface preparation of Teflon due to its soft nature.

For example, you cannot utilize bristles, composite brushes, or pumice scrubbers in surface preparation since they can deform the soft PCB laminate dimensions.

Teflon PCB surface preparation is commonly done using sodium etchants or plasma gas cycling:

  • Sodium etchants can guarantee total removal of fluorine atoms off the surface of Teflon PCB laminate, and extend hold times post-processing.
  • Hydrogen in applied in plasma gas recycling due to its minute atomic nucleus together with its capability to eliminate fluorine by a strong reaction.

How is Teflon PCB Laminated?

Unlike FR4 PCB laminates, there is no need of oxide pre-treatment in PTFE PCB substrates.

Lamination of Teflon PCB materials and copper films can be performed at temperatures of 700F and pressures of 450-500 psi without bonding films or prepregs.

Sometimes, Teflon PCB manufacturers utilize bonding films or prepregs with low melting point.

This helps in reducing the processing temperatures to 425 or 250 degree Fahrenheit.

In addition, some hybrid Teflon PCBs use PTFE-FR4, though these need oxide pretreatment.

Which are the Features of High Frequency Teflon PCB?

Here are the main properties of high frequency PCB:

High frequency PCB

High frequency PCB

  • Low and stable Dielectric constant, and the smaller the Dkthe better. High DK may cause delay in signal transmission.
  • Low dissipation factor, which primarily affect signal transmission quality. Low Df causes minimal signal wastage.
  • Equal thermal expansivity to copper foil. Differences in thermal expansivity can result in peeling of copper foil during temperature changes.
  • Low water absorptivity since high water absorptivity can influence Df and Dk when in a moist environment.
  • Good chemical resistance, chemical resistance, peel-off resistance and impact endurance.

What is the Process of Fabricating Multilayer Teflon PCB?

Multilayer PCB

Multilayer PCB

The lamination of multilayer PTFE PCB is sequential procedure.

This implies that the base layer will be a copper foil sheet covered by prepreg layers.

The amount of prepreg layers differ based on the operational needs.

Further, the internal core, which is covered using layers of prepreg with copper foil, is settled on the base prepreg layer.

The forms a single laminate of the Teflon PCB stack.

Similar laminates piled up, one over the other.

After adding the last foil, it creates the ultimate PTFE lamination stack, known as a “Book”, with each PCB laminate called as “Chapter”.

The book is then taken to a hydraulic press, which is heated and puts substantial amount of vacuum and pressure on the book.

This procedure is referred to as curing since it compresses the laminates against one another.

The compression enables the prepreg resin to fuse with foil and core.

After removing the Teflon PCB assembly from the hydraulic press, it is then cooled down at room temperature.

The cooling enables settlement of resin, making the last step of manufacturing

multilayer Teflon PCB.

Though majority of multilayer PTFE manufacturing follow similar process, the result is not restricted to the procedure itself.

It calls for serious attention to detail.

For that matter, it is crucial to work with the right manufacturer of Teflon multilayer PCB.

Which is the Best Tool for Drill Teflon PCB?

It is recommended to utilize a new tool during drilling of Teflon substrates laminated using copper.

At a great chip load, the tool needs to have a slow in feed.

This aids in preventing easy tailing of the PTFE and laminate fibers.

In most cases, PCB fabricators use ceramic-filled laminates, since there drilling is easy.

Moreover, this type of Teflon PCB material features a better dielectric constant and coefficient of thermal expansion compared to copper laminated types.

What are the Factors to Consider When Selecting the Right Teflon PCB Manufacturer?

There are a number of considerations when selecting Teflon PCB fabricator for your application including:

· Technical Capabilities

The process of manufacturing PTFE PCB needs specific techniques and equipment and exhaustive operator training.

This process requires extensive operator training and specific equipment and techniques, which you can only get from a prominent Teflon PCB manufacturer.

· Experience

It is essential to confirm the experience of the PCB fabricator before deciding.

You can learn about the Teflon PCB supplier during one-on-one meetings or from their online profiles.

Check their experience in your sector and kinds of projects they have undertaken.

· Customization Options

Though most electronics employ standard dimensions PCBs, a number of devices equally need customized Teflon PCBs.

Therefore, it is important to confirm whether the selected manufacturer has the capability to supply customized PTFE PCBs.

· Industry-specific Certifications

This is a key factor when you operate in any sensitive service industries such as aerospace and aeronautical, medical, military and defense.

What are the Steps in Teflon PCB Prototype Manufacturing?

The manufacturing of PCB prototype is a procedure that needs keenness to the details.

Let’s look at the steps of making PTFE PCB prototype:

1) Selection of Material

Material selection is the first step of manufacturing Teflon PCB prototype.

Plastic is commonly applied for fast and flexible PCB prototype fabrication.

Working with plastic is easy since you can cut, fold and mold it easily.

2) Rapid Design

The design is performed on a stencil.

This marks the location of connective traces and components.

3) Testing the Design

In this step, you test the functionality of the Teflon PCB.

This entails confirming the position and connections of PCB components.

4) Rectification and Redesign of Bug

Bug rectification is necessary when the design has any errors, which entails retracing to modify the PCB prototype performance.

Then, prototype is redesigned using fresh connection traces.

5) Rapid Prototyping

This the process where the prototype is fabricated.

The stencil is put on a plastic board and PCB components mounted.

The procedure is at times done digitally through the CAD software.

Being a fast production process, it is referred to as rapid prototyping.

6) Functionality Testing

After fabricating the Teflon PCB prototype, it then undergoes functionality test to evaluate whether it functions as anticipated.

If the PCB prototype has the expected functionality, it is taken to the final fabrication stage.

What is the Importance of Teflon PCB Prototype Manufacturing?

Manufacturing of PCB prototype is not a stage in process of manufacturing Teflon PCB, though it has the following advantages:

· Prevents Failure

Prevention of PCB failure is among the key advantages of Teflon PCB prototyping.

A prototype aids in assessing the design and performance of the PCB prior to production.

· Cost Saving

PCB failure at the ultimate manufacturing stage can result in loss of expenses, material and efforts.

But, a PCB prototype allows you to evaluate the functionality of the PTFE PCB during the earliest phase of fabrication process.

This comparatively early failure detection can save substantial resources, money and time in mass production of PCB.

· Help in Bug Detection

Teflon PCB prototyping aids fabricators detect likely bugs in the printed circuit board.

Manufacturers can simulate the board to know its working in real environments.

Through this, it is possible to prevent similar mistakes and solve likely bugs in the ultimate manufacturing.

· PCB Design Compatibility

You can test the compatibility of the design of Teflon PCB during the product design phase.

It helps in enhancing design for assembly (DFA) and design for manufacturing (DFM) aspects.

Which Are the Layers of Teflon PCB?

Let’s look at the details of the primary parts of Teflon PCB:

Multilayer Teflon PCB

Multilayer Teflon PCB

Internal Layers

Apart from outer layers, Teflon PCB features various copper laminates between the bottom and top layers.

These copper sheets are referred to as internal layers.

At times, inner layers employ copper pour method to develop a ground plane or power plane.

This method minimizes the quantity of etchant utilized in the process of manufacturing and equally help in the process of layer-to-layer bonding.

The thickness and weight of copper are determined depending on the specifications of the Teflon PCB.

The weight of copper within the internal layer determines the minimum width and space that can be fabricated.

External Layers

Often referred to as outer copper layer, the external layers is where the PCB components are attached.

The components including diodes, transistors, capacitors, resistors and more are installed through soldering into thru-holes or surface mount technology (SMT).

The outer layer comprise of a copper foil that is eventually electroplated using copper.

The electroplating assist in increasing the thickness and add more copper to the barrels of through-hole.

The final thickness of copper is customizable depending on the applications of Teflon PCB.

What is the Importance of Copper Plating in Teflon PCB?

Copper plating of PTFE PCB requires special consideration.

Pure Teflon PCB laminates feature a high Z-axis coefficient of thermal expansion, making copper plating on the walls of thru-hole necessary.

The copper used in plating should possess high tensile strength.

Copper having tensile strength features high ductility that assists in minimizing possibilities of pad lifts, blistering and barrel cracks on the PCB.

This elements lower modulus of elasticity.

Which are the Different Types of Layers in Teflon PCB Inner Layer?

With inner layers of Teflon PCB, every layer has unique functions and properties.

Some or all of the different types of internal layers of PCB may be applied based on the circuit board design:

Mechanical Layer:

The number of mechanical layers depend on the design of Teflon PCB.

However, the board must have at least a single mechanical layer, since it delineates the physical dimensions of the PCB.

Solder Paste Layer

This is a substance spread on the layer of PCB where parts are mounted, commonly through soldering.

It is aids in solder bonding with the component pin and enhances the solder flow.

Solder Mask Layer

The layer consists of a protective film on the PCB to prevent contamination and damage.

It is usually green in color, though you can select other colors based on your requirements.

Power Planes and Ground Planes

These consist of copper layers where power and ground planes are linked to onboard voltage terminal.

Split Planes

This is an advanced version of ground and power planes, where they are separated in way you can connect them to several voltage potentials or points.

Keep Out Layer

PCB keep out layer is important since it outlines the working boundary and maintains it distinct from the external mechanical layer.

Silkscreen Layer

This is the internal layer of Teflon PCB with text, making it easy to identify the components by name.

Routing Layer

Routing layer helps in interlinking the components of Teflon PCB.

They can as well be found on the bottom and top layers of the circuit board.

Which are the Quality Certifications for Teflon PCB?

Here are the important quality certifications that you should look for when choosing Teflon PCB:

  • BBB Certification
  • REACH Certification
  • IPC Certification
  • ISO Certification
  • WEEE Certification
  • RoHS Certification
  • ITAR Certification
  • SMTA Certification
  • ESD Association
  • UL Certification
  • FDA Certification

What are the Methods of Teflon PCB Panelization?

Let’s look at the main panelization methods of Teflon PCB:

V-groove Panelization

In this technique, the PCB is cut with a top to bottom thickness of 1/3 utilizing a 30 to 45 degree circular shaped blade.

A machine is then used to depanel the remaining board. This method is suitable when there exist no overhanging parts.

V-groove panelization technique is appropriate for scoring square and rectangular shaped Teflon PCBs.

It helps prevent strain on the printed circuit board.

Tab Route Panelization

This method of panelizing PCBs leave spaces between surface mounted components, perforated tabs, and the traces.

The panelization technique is done on Teflon PCBs with similar or different designs.

It aids in preventing possibilities of splintering and reduce surface stress.

Tab route PCB panelization is not suitable for heavy duty applications such as transformers or large relays.

Tiny laminate lumps might remain during separation, which are often sanded to attain smooth PCB margins.

Perforated Tabs

In this method of panelization, tiny holes are perforated in tabs.

These holes are at times referred to as mouse bites because of their smaller size.

The tiny holes facilitates easier depanelization of independent PCBs.

In perforated tab panelization, sanding is necessary since some material are left on the edges of PCB.

Similar to Tab route panelization method, this technique is equally not appropriate for heavy components.

Therefore, the best method of Teflon PCB panelization depends on the required edge profile and dimensions of PCB.

How do you Improve Adhesion of Solder Mask on Teflon PCB?

Double sided TEFLON pcb

Double sided Teflon PCB

The solder mask should be spread within 12 hours after etching the Teflon laminate.

To enhance the adhesion, manufacturers of Teflon PCB process the etched laminate through ordinary PTFE plasma cycle or sodium etch cycle.

Baking the Teflon PCB laminate before solder mask application as well aids in eliminating residual moisture.

Which factors Affect the Cost of Teflon PCB?

The price of Teflon PCB is determined by the following factors:

Panel Size

The panel is the primary raw material applied in the fabrication of PCBs.

Also, the general size of panel employed for a specific PCB influences the final cost.

The bigger the panel size, the greater the initial cost.

Lead Time

This is an important factor when establishing the cost of manufacturing and assembly of PCB.

Extra cost will be sustained for projects that should be finished within a brief lead time.


The s of producing single- or double-sided PTFE PCBs are almost the same.

Nevertheless, manufacturing of multilayer PCB costs more since it entails intricate procedures and purchase of extra raw materials.

Inspection Charges

The ultimate PCBs pass through extensive quality checks to make sure they have the desired electrical functionality and quality.

Most undergo impedance testing, electrical testing, ionic testing, among others before being delivered to the market.

These quality inspections can increase by 10 to 15 percent the cost of the PCB project.

Surface Finish

Considering the vigorous feature of PCB application environment, the boards are shielded using surface finishes that are corrosion resistant.

Greatly specialized surface painting, coating, and finishing choices are available to improve the longevity of the PCB assembly.

The cost differs based on the kind of PCB surface finish you select.

Different types of PCB surface finish

Different types of PCB surface finish

Size and Number of Drills

This is another essential factor affecting the price of Teflon PCB.

For applications that require perforation of small hole, lower than 0.012, sustain extra cost.

This may be due to the need of an improved laser drill mechanism for the drilling of holes.

Therefore, there would be need to modify the production processes and methods to bore more holes having smaller sizes.

This can in turn increase the general cost by 10 to 20 percent.

Size and Type of Raw Materials

The manufacturing of Teflon PCB employs a number of materials with exceptional corrosion, wear and tear resistance properties.

A multilayer PCB assembly needs more raw materials compared to single layer versions.

Smaller PCB product cost is higher than bulkier ones, since the tooling equipment needed will need more precision to manage such components.

Therefore, the size and type of raw material substantially influence the cost of the final PCB assembly.

What is the Advantage of UL Certified Teflon PCB?

Here are the benefits of employing UL compliant Teflon PCB:


While applying UL approved process, the used PCB components are of dependable make and quality.

In addition, the fabrication and assembly procedures guarantee that the end products are supplied with precise specifications.

The PCB undergoes a number of quality testing to evaluate its reliability and performance.

UL-certified products have very high levels of safety.


In terms of meeting certain regulations (local or federal), you can gain from UL-certified Teflon PCBs.

Business Development

Some clients prefer PCB products having certain certifications.

Therefore, fabricating UL compliant PTFE PCB will allow your products to enjoy a broader client base.

Purchase of Spares

A UL-certified PCB product guarantees easy availability of spares in the event of maintenance and repairs.

Standardization facilitates easy reach of the suitable parts and components.

How Do you Handle and Store Teflon PCB?

Teflon PCBs are softer in comparison to the FR4 PCB types, therefore, they require extra care during handling and storage.

It is often usually advisable to keep them within a cool and non-moist place, and from direct sunlight.

This helps in preventing surface oxidation and contamination.

What is the Purpose of Gerber Files in Manufacturing of Teflon PCB?

Gerber file is the benchmark format used in the PCB sector and the data contains all the information on PCB design.

It describe the exact position of circuitry, layers, solder mask, components, among other elements.

The file acts as a blueprint of the Teflon PCB, serving as an instruction for the construction of the circuit board.

The common Gerber files format employed is RS-274X, also referred to as ‘extended Gerber’.

RS-274X is popular since it sets up the aperture settings automatically.

They are developed separately for every PCB layer, while some fabricators offer independent Gerber files for each detail.

The files are instrumental when developing flex, rigid or rigid-flex Teflon PCBs in multiple, double, or single layer.

They are as well vital in recalling the PCB design at a future date.

Based on the design shortcomings, Gerber files helps in locating the precise source of problems.

This allows you to perform the necessary modifications to the file.

The new PCB can be fabricated based on the changed design, which can also be applied to re-construct the PCB in future.

Moreover, Gerber file is equally an essential tool when refurbishing or repairing the Teflon PCB.

Apart from Teflon, What other PCB Materials are there?

Here are some of the other types of PCB materials we produce:

· Bergquist PCB

This PCB type uses aluminum base copper-clad substrates, which feature reduced thermal impedance, high dimensional stability, and lower operating temperature.

Moreover, Bergquist PCB materials have enhanced power density, high mechanical strength and excellent heat sinking and electromagnetic shielding.


Bergquist PCB

· Ventec PCB

The construction of Ventec PCB is done using high-performance glass-reinforced and copper-clad laminates.

These materials have high-frequency performance with dielectric constant of 3.00-3.48 and Dissipation factor of 0.002-0.0037.

Furthermore, they feature high glass transition temperatures of 180 degree Celsius, low coefficient of thermal expansion and CAF resistance.

Ventec PCB

Ventec PCB

· Isola PCB

This is a complex PCB that employs high performance laminate and prepreg materials.

They have distinct electrical, mechanical and thermal characteristics, making them ideal for high-frequency PCB applications.

Isola PCB uses polyimide-based resin that is flame retardant, thus, ensures high thermal performance.

Additionally, this type of PCB guarantees exceptional processing, UV blocking, signal integrity and AOI fluorescence.

Isola PCB

Isola PCB

· Taconic PCB

These types of PCBs are manufactured using ceramic-filled PTFE and glass reinforced materials.

Some of the advantages of Taconic PCB consists of reduced electrical signal loss, high dielectric constant, low fabrication cost and lower dielectric los.

Taconic PCB

Taconic PCB

· Arlon PCB

PCBs of this type use unique high-performance substrates and prepreg materials.

They especially utilize thermoset resins having high Tg, low loss laminate and prepreg systems.

The resin system of Arlon PCB comes on a variety of woven glass and non-woven aramid.

Arlon PCB

Arlon PCB

· Nelco PCB

This type of PCB is manufactured using PCB materials with excellent thermal and mechanical performance, suitable for high-performance applications.

They provide great thermal reliability and CAF resistance, and ensures RoHS compliance.

Nelco PCBs employ a variety of prepreg and laminate materials, specifically appropriate for advanced multiple layer printed circuit boards.

Nelco PCB

Nelco PCB

· Rogers PCB

Being ceramic-based and lack glass fiber in the middle of the laminates, Rogers PCB differ from regular types of printed circuit board.

They are high-performance PCBs featuring high temperatures, low signal losses and low electrical loss.

Rogers PCB

Rogers PCB

At Venture Electronics, we design and fabricate high performance Teflon PCB.

Depending on your specific requirements, Venture will design and fabricate Teflon PCB according to your requirements – contact us now.

Scroll to Top