Your No. 1 Rogers 3010 Manufacturer in China

Why Choose PCBMay for Your Rogers 3010

When you need a reliable source for Rogers 3010, PCBMay is your ultimate choice. We manufacture not just RO3010 but also many types of PCB perfectly fit for different applications.

PCBMay Rogers3010 is a ceramic-filled composite. It has a great feature with mechanical and electrical stability. And has a higher dielectric constant that can reach up to 40 GHz. The Rogers3010 can be applied in a very wide range of frequencies like GPS and patch antennas, automotive radar, and direct broadcast satellite.

In PCBMay we use high-quality materials that make our RO3010 withstand circuit reduction. The benefit of having this kind of RO is that it is suitable for multilayer board designs.

PCBMay mainly focusing on developing high-class PCBs. We continue to produce excellent products that can use in different industries like the communication and digital industries. Also, many companies use our products in designing computers, instruments, meters, and even equipment in the medical field.

We are glad to become your partner in terms of PCB needs. One of our goals is to be one of the most leading PCB manufacturers in China and the world. With 2 decades in the manufacturing field, we pledge to give our best in giving quality products to gain customer satisfaction.

As one of the biggest PCB manufacturers in China, we strive hard to improve our production process. We are using sophisticated machinery and equipment to provide the best printed circuit board, HDI, IC board, and many more.

We are ISO certified, so you can ensure that all our products are in good condition and have a great appearance and performance. Not just that, we also provide the best PCB assembly services for our clients.

If you have questions regarding our products, contact us now!

Rogers 3010: The Ultimate FAQ Guide

Roger 3010 is the best type of laminate material that the printed circuit board industry is utilizing. They have good mechanical and electrical properties. In addition, they have a wide range of applications in different industries.

If you want to get more knowledge about the Rogers 3010 laminate material, keep reading this article. This article would clear all your queries and give you authentic information.

What is Rogers 3010?

It is a ceramic-filled polytetrafluoroethylene laminate material. They are the most advanced type of circuit material.

They have good electrical, mechanical and, chemical stability. This stability of the Rogers 3010 laminate material allows it to have applications in a wide range of fields.

The Rogers 3010 laminate material has applications in devices with the frequency of 77 Gigahertz.

The dielectric constant of the laminate is 11.20 up to 40 GHz at room temperature.

Due to the good dielectric constant value, it exhibits great physical properties.

However, compared to the other laminate materials, the Rogers 3010 is expensive due to its great physical and mechanical strength.

The Rogers 3010 has many applications in the electronic industry, telecommunication industry, space industry, medical industry, radar systems, satellite systems, home appliances, and more.

Due to its laminating properties, it has an essential role in the temperature management of the printed circuit board.

The Rogers 3010 stability properties streamline the broadband components.

Rogers 3010 laminate material

What is the Base Material you can use for the Rogers 3010?

The base material of the Rogers 3010 laminate material is ceramic-filled polytetrafluoroethylene.

This type of base material gives flexural strength to the printed circuit board.

It makes the printed circuit board resist high temperature, high electric current, and moisture.

All these properties of the base material directly affect the performance efficiency of the printed circuit board.

The base material is sometimes aluminum and halogen-free material. You can use them due to their excellent physical and electrical properties.

However, sometimes you can use organic resin as a base material for the manufacturing of the Rogers 3003 laminate material as well.

You must standardize the manufacturing process of the Rogers 3003 base material because it will affect its functioning.

You should also standardize the following physical properties like the weight and thickness of the laminate material. It will also affect working.

The halogen-free base material of the Rogers 3010 laminate material

What is the Standard Thickness of the Rogers 3010?

The Rogers 3010 laminate material is highly demanding in the printed circuit board industry.

It is because of the excellent physical and electric properties that it exhibits.

The ceramic-filled polytetrafluoroethylene laminate material makes it highly stable and effective.

The standard thickness of the Roger 3010 laminate material is 0.13 mm, 0.5mm, 0.128mm, 0.64 mm, and 20mm.

However, the thickness of the laminate material is according to the requirements of the project.

You can always customize the thickness of your Roger 3010 laminate material.

It can have a single layer, double layer, or multilayers of the base material. It depends on the complexity of the project.

The highly complex project would need multilayer Roger 3010 material.

The medium complexity projects would need a double layer.

In addition, the primary project would require single-layer Rogers 3010 laminate material.

The thickness of the laminate material would affect the working and performance efficiency of the printed circuit board.

Thickness of the Rogers 3010 laminate material

What are the Applications of the Rogers 3010?

The Rogers 3010 laminate material is one of the best of its type.

The printed circuit board is using this laminate in many circuit board manufacturing.

It has the best properties among other laminate materials.

This is the reason it has extensive usage in many fields.

It has a vast range of applications in different industries like

• Printed circuit board industry.
• Medical industry application.
• Radar system applications
• Satellite system applications
• Military system applications.
• Automobile applications
• Telecommunication system applications.
• Power backplane systems use it.
• It has applications in GPS antennas.
• It has applications in voltage control oscillators.
• It has applications in patch antennas and conformal antennas.
• You can use it in Active Electronic Scanned Assay (AESA)
• You can use Rogers 3010 laminate in jamming sessions
• You can use them for reliable hybrid printed circuit board designs
• You can use it in the power amplifiers and amplifier printed circuit boards.
• It has applications in an aeronautical branch of engineering.
• Microwave and Radiofrequency devices use Rogers 3010.
• You can use it in temperature control printed circuit boards
• Double and multilayer printed circuit board uses this laminate.
• Rogers 3010 has applications in telecommunication for signal transmission.
• You can use it in a phased array.
• It has applications in the control circuitry of digital communications.
• It has applications in Wi-Fi systems.
• Datalinks on cable systems use it.
• Remote meter readers.

The different applications of Rogers 3010 laminate material

What is the Dielectric Constant of the Rogers 3010?

The dielectric constant of the Rogers 3010 laminate material means the ability of the laminate material to store electric energy in an electric field.

The dielectric constant of the laminate material affects its working directly.

The Rogers 3010 has a dielectric constant of 11.2 at room temperature.

The dielectric constant value makes it highly stable.

It has excellent mechanical and electrical stability.

This stability of the Rogers 3010 laminate material allows it to have applications in a wide range of fields.

The dielectric constant directly affects the performance efficiency of the electrical device.

The dielectric constant makes the Roger 3010 laminate material highly resistive towards moisture, electric current, high voltage and, high temperature.

There is a minimum dielectric loss of the laminate material.

What are the Properties of the Rogers 3010?

Many important properties of the Rogers 3010 laminate material make it the best of its type.

Due to the excellent properties of the laminate material, it has a wide range of applications in different fields.

The Rogers 3010 laminate material has a dielectric constant of 11.2 at 40GHz.

The dissipation factor of the laminate material is 0.0022, and the decomposition temperature is 500 degrees Celsius.

It means the laminate material needs high temperature to denature and decompose.

The approximate weight of the Rogers 3010 laminate material is 305x457mm to 610x457mm.

The thickness of the laminate material is 0.0015inches, 0.010 inches, 0.025 inches, and 0.050 inches.

However, the thickness could vary according to the complexity of the project. Highly complex circuit boards require multilayer Roger 3010 laminate material.

Moreover, the peel strength of the laminate material is 9.4 lb/in.

The flammability of the laminate material is also very important, and its value is 94V-0.

The permittivity of the Rogers 3010 laminate material is 10.2.

The loss tangent (tan) of the laminate material is 0.0004, and the permeability of the material is 1.

The water absorption in laminate material is higher than 0.1 %.

Moreover, the thermal coefficient value of the Rogers 3010 laminate material is 11 ppm/ degree Celsius.

The properties of the Rogers 3010 laminate material

What do You Understand by the Dimensional Stability of the Rogers 3010?

When you apply an unusual temperature to a material, it has the ability to withstand this temperature variation.

However, there is no change in the dimensional stability of the material.

However, in the case of the Rogers 3010 laminate material, under high-temperature variation, Rogers 3010 laminate material withstands it very efficiently.

The dimensional stability of the laminate material allows it to have excellent mechanical, electrical, and chemical properties.

The dimensional stability gives uniformity to the Rogers 3010 laminate material.

It allows the laminate material to withstand any internal or external stress.

The expansion coefficient of the Rogers 3010 is that of the copper that allows it to show excellent dimensional stability.

The standard dimensional stability of the Rogers 3010 laminate material is 0.5 mm/m.

The value of dimensional stability of the laminate material allows it to exhibits excellent physical and electrical properties.

The dimensional stability of the Rogers 3010 laminate material depends on different factors.

The factors that affect dimensional stability are heat buildup and thermal expansion.

It means when the temperature of the Rogers 3010 laminate material increases a certain value, the dimensional stability decreases.

The dimensional stability of Rogers 3010 laminate material

What is the Standard Thermal Conductivity of the Rogers 3010?

The thermal conductivity of the material means the ability of the material to conduct heat through it.

However, the thermal conductivity of the Rogers 3010 laminate material that how much heat it allows to pass through it.

The standard thermal conductivity of the laminate material is 0.79 W/m/k.

The thermal conductivity affects the working of the Rogers 3010 laminate material.

Similarly, it also affects the mechanical, electrical, and chemical properties of the laminate material.

This property of the laminate material makes it best for the circuit configurations.

Many factors are there that affect the thermal conductivity of the Rogers 3010 laminate material.

The temperature gradient, the physical and chemical properties of the laminate material, and the path length of the heat that it follows, the cross-section of the laminate material, and moisture content affect its working.

Temperature difference also affects it; the greater the temperature difference, the greater the laminate material’s thermal conductivity.

The thermal conductivity could increase or decrease depending on these factors.

What are the Benefits of using the Rogers 3010?

The Rogers 3010 is the best and efficient type of laminate material.

Due to its extremely good mechanical, chemical and electric properties, it has a wide range of applications in different industries.

There are many benefits of using the Rogers 3010 laminate material.

The standard and good quality laminate materials always have ISO 9001 certification.

The benefit of this laminate material is that you can use it in an application having a 77 GHz frequency.

The dielectric constant makes it very stable.

It has stable mechanical, chemical, and electric properties.

The Rogers 3010 laminate material has excellent dimensional stability.

It has the lowest dielectric loss, which makes it very beneficial.

The laminate material allows surface-mounted assemblies due to its excellent dimensional stability.

It has dimensional stability to that of copper.

The Dielectric constant is stable, making it best for the micro-strip patch antennas, bandpass filters, and voltage-controlled antennas.

It gives excellent benefit with you use it with epoxy-glass board hybrid design with multiple layers.

What are the Mechanical Properties of the Rogers 3010?

Many mechanical properties of the Rogers 3010 laminate material make it the best type of laminate material.

The dielectric constant allows it to exhibit excellent mechanical properties.

The dielectric constant of the Rogers 3010 laminate material is 11.2 at room temperature.

It has excellent tensile strength. In addition, the standard value for the tensile modulus of the Rogers 3010 laminate material is between 1902 and 1934.

This laminate has excellent surface resistivity, and its standard value is 105.

Moreover, the dimensional stability of Rogers 3010 laminate material is 0.5 mm/m.

The dimensional stability gives great physical strength to the laminate material.

The thermal coefficient of the material is 11 ppm/ degree Celsius.

The thermal coefficient and thermal conductivity allow Rogers 3010 laminate material to withstand high-temperature ranges.

It has a peel strength of 9.4 lb/in.

The value of the moisture absorption of the Rogers 3010 laminate material is 0.05.

All these mechanical properties make its best type of laminate material.

Due to this, the electronic industry is highly demanding Rogers 3010 laminate material.

What is the use of Rogers 3010 in the Power Amplifiers?

The power amplifier is an electronic device that amplifies the magnitude of the given output signal.

It converts the low power signal into high power signal.

High power amplifiers have a significant role in cellular signal transmission.

You can use a power amplifier to drive a load of output devices like headphones, Radiofrequency transmitters, and speakers.

The Rogers 3010 laminate material is the best type of material that you can use for the designing of the power amplifier.

It has many applications in Microwave and Radio Frequency power amplifiers.

The use of Rogers 3010 in the power amplifier gives it excellent properties.

It provides mechanical and electrical strength.

The power amplifier has high tensile strength due to the use of Rogers 3010 laminate material it.

It increases the performance efficiency of the power amplifier.

An amplifier PCB having Rogers 3010 as laminate material

What is the use of Rogers 3010 in Different Antennas?

Many advanced systems such as military systems, automotive radar systems, networking systems, and satellite systems require high-efficiency antennas for signal transmissions.

The designers of these high-efficiency devices make sure that they use the best type of material for their manufacturing.

The designers use Rogers 3010 laminate material to face the challenges while manufacturing the antennas.

This laminate material provides high working efficiency to these antennas.

Following are the types of antennas that use roger 3010 laminate material.

Phased array antennas:

The phased array antennas are the computer-controlled array of the antennas that creates a beam of radiofrequency waves.

The first requirement is to use a material that has high stability. Low-performance loss and a uniform dielectric constant are also essential.

Rogers 3010 is the choice of the high-end designers for the manufacturing of the phased array antennas.

Patch antennas:

Patch antennas are the less complex directional radio antennas for indoor purposes.

The patch antennas also utilize Rogers 3010 laminate material.

Conformal Antennas:

 Conformal antennas are flat array antennas that you can mount on a flat surface.

Therefore, Rogers 3010 is best for this non-planar usage.

Cellular antennas:

You can use cellular antennas for cellular broadcasting sites.

These cellular antennas have Rogers 3010 material application.

The Rogers 3010 laminate material present in antennas

What are the Decomposition Temperature and Flammability of the Rogers 3010?

The decomposition temperature means the temperature at which the material decomposes chemically.

Different materials have different decomposition temperatures depending on the properties of a material.

However, the decomposition temperature of the Roger 3010 laminate material is 500 degrees Celsius.

On the other hand, flammability of the material means the temperature at which its combustion occurs.

In addition, the standard value of the flammability of Rogers 3010 laminate material is 94V-0.

Both these properties directly affect the performance efficiency of the laminate material.

Both these properties vary with the type of material.

What is the Difference between FR-4 and Rogers 3010 Material?

There are many differences between the Rogers 3010 laminate material and RF-4 material.

The Rogers 3010 laminate has a frequency of 77 Gigahertz, whereas the RF-4 material has a frequency of higher values.

The dissipation factor of the RF-4 material is high compared to the Rogers 3010 laminate material. It makes RF-4 material suffer more signal loss.

Compared to the RF-4 material, the Rogers 3010 has a wider range of dielectric constant values.

Therefore, making it more stable and long-lasting.

In addition, it has lower dielectric loss compared to the RF-4 material.

The temperature management of the Rogers 3010 laminate material is greater than the RF-4 material.

FR-4 material is less expensive than Roger 3010 material.

A comparison between RF-04 (upper) and Rogers 3010 laminate material (Lower)

What Surface Finishes can Use for Rogers 3010?

The surface finish means the nature of the surface or its texture.

The purpose of the surface finishes is to improve their appearance, adhesion, or texture.

It also provides corrosion resistance, electric conductivity, chemical resistance, moisture resistance, wear resistance, and tarnish resistance.

In the case of Rogers 3010 laminate material, you can use different types of surface finishes.

However, different surface finishes perform different functions.

The major surface finishes of Rogers 3010 laminate material are Immersion Gold, OSP, HASL, and Lf HASL.

In some cases, you can use ENIG 2U as well.

However, different surface finishes have different properties.

Moreover, the selection of surface finish depends on the type of the project.

High-frequency Rogers 3010 laminate material with gold immersion surface finish

What is the Impedance Stability of the Rogers 3010?

The meaning of impedance is the resistance that a circuit shows towards the alternating current present in the circuit.

The impedance stability means that the circuit acts stable when the alternating current passes through it.

The impedance stability of the Rogers 3010 laminate material is very important because it will directly affect the working of the circuit.

Many factors are there that affect the impedance stability of the Rogers 3010 laminate material.

These factors include environmental factors like air exposure time and moisture.

Other factors are thickness, size, coefficient of thermal expansion, and surface roughness of the Rogers 3010 laminate material.

The performance efficiency of the printed circuit board depends on the impedance stability of the Rogers 3010 laminate material.

What is the Standard Surface and Volume Resistivity of the Rogers 3010?

The surface resistance means the resistance of the surface to the leakage of current passing through it.

The surface resistance is a very important property of the Rogers 3010 laminate material.

The standard surface resistance value of the Rogers 3010 laminate material is 105 MΩ

The surface resistance of Rogers 3010 laminate directly affects the working of the printed circuit board.

On the other, the volume resistivity means the resistance of current leakage through the body of the Rogers 3010 laminate material.

The standard value of volume resistivity of this laminate material is 105 MΩ.cm.

The volume resistivity of the Rogers 3010 laminate material affects the working of a printed circuit board.

From Where Can You Purchase Rogers 3010?

You can buy the Rogers 3010 laminate material from one of the leading companies of china i-e PCBMay.

They have the most trusted products at reasonable prices.

They are very professional when it comes to customer dealing and services.

You can get your product as early as your requirement through PCBMay.

They have international certifications that speak for their standards.

You can buy high-quality Roger 3010 laminate material from them.