- Competitive price
- Over 10 years’ manufacturing experience
- Professional customer service
- Best delivery options
What are the Applications of Megtron 7 Panasonic Laminates?
Megtron 7 laminates are mostly used in high speed and high frequency products, mainly in the following areas:
-High-speed network equipment
High-speed network equipment for communication that helps maintain the system under normal operating conditions, thereby increasing the efficiency of the equipment.
-High Speed IC Tester
Helps machines provide the most accurate results when testing different types of integrated circuits.
How To Prepare the Megtron 7 Panasonic Laminate?
When we manufacture the Megtron 7 Panasonic Laminate PCB, we need to prepare something of this materials. Before starting the lamination process, the preparation process to follow will depend on the type of Megtron 6 Panasonic laminate.
The preparation process will begin by cleaning the surface of the Panasonic Megtron 6 laminate, either with specific cleaning chemicals, or by mechanical cleaning to ensure Clean and high performance of panels.
Megtron 7 Vs. Isola 370HR Laminate
ISOLA and Panasonic materials are PCB laminates designed for high performance, high speed, RF, microwave applications.
One of the key properties of high frequency laminates is the stability of the dissipation factor (Df), both laminate materials have high Tg value with low dielectric constant, also has high Peel Strength, due to the low dissipation factors will be very efficient in electric transmission, They both meet Lead-free Process Compatible, Flammability UL94, and conform to IPC-4101E class.
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Venture is offering a multi-layer circuit board material, the Megtron 7. It is the lowest transmission loss in the industries. Venture Megtron 7 meets high-speed and high-capacity transmission requirements of high-end networking equipment.
Also, Venture Megtron 7 contributes to the improvement of their signal processing performance. Our Megtron 7 has the following features:
- Ultra Low Transmission Loss: Dk = 3.6 @ 1GHz, Df = 0.0015 @ 1GHz
- High heat resistance and reliability
Your Leading Megtron 7 Supplier in China
Venture is a popular Chinese manufacturer of high-quality Megtron 7. We can manufacture Megtron 7 which is suitable for router and server that has high-speed large-volume data transmission.
Venture Megtron 7 has a top-level low dielectric constant and dissipation factor. As a leading manufacturer in China, Venture Megtron 7 can support large-size and super high multi-layer PCB.
Venture Megtron 7 has the following advantageous features:
- Low Dk/Df
- high heat resistance
- high reliability
- compatible with lead-free soldering
Megtron 7 is one of the Panasonic laminates produced, a multi-layer board material with the lowest transmission loss in the industry. You can use our Venture Megtron 7 to improve the signal processing performance of your routers, high-end servers, and other communications equipment.
Since a circuit board materials require a greater number of layers, increased capacity, as well as transmission speed, Venture Megtron 7 featuring very low transmission loss.
Our Megtron 7 contributes to a further increase in capacity and transmission speed.
We manufacture Megtron 7 for different kinds of applications. All of our Megtron 7 had passed various quality certifications. We can provide our clients with reliable quality products and professional customer service.
In China, Venture is the most trusted manufacturers and suppliers when it comes to excellent quality Megtron 7. We fabricated Megtron 7 with the most robust materials.
Rely on us now as your top Megtron 7 supplier for your projects and business. We guarantee flexible payment terms and competitive cost without minimum order required.
Contact us right away!
Megtron 7 Panasonic Laminates: The Ultimate FAQ Guide
Before choosing Megtron 7 Panasonic laminates, read this guide.
It has all information you need about Megtron 7 PCB material.
Let’s dive right in:
- What are Megtron 7 Panasonic Laminates?
- How Does the Megtron 7 Panasonic Laminate Compare to Megtron 4 Panasonic Laminate?
- What is the Difference Between Megtron 6 Panasonic Laminate and Megtron 7 Panasonic Laminates?
- Why Should You Import Megtron 7 Panasonic Laminates from China?
- What are the Advantages of Using the Megtron 7 Panasonic Laminates?
- What are the Limitations of Using the Megtron 7 Panasonic Laminates?
- What are the General Properties of Megtron 7 Panasonic Laminates?
- How Do You Store the Megtron 7 Panasonic Laminates?
- Which Safety Information Do You Have for Megtron 7 Panasonic Laminate Users?
- What are the Quality Certifications of Megtron 7 Panasonic Laminates?
- Are there Specific Sizes of the Megtron 7 Panasonic Laminates?
- Which Materials Do You Use to Manufacture the Megtron 7 Panasonic Laminates?
- What Properties Affect the Cost of Megtron 7 Panasonic Laminates?
- Do You Supply Megtron 7 Panasonic Laminates for Flexible Printed Circuit Boards?
- Are the Megtron 7 Panasonic Laminates Weather Proof?
- Can You Use Megtron 7 Panasonic Laminates on High Temperature Applications?
- What are the Most Significant Electrical Properties of Megtron 7 Panasonic Laminates?
- Can You Use Megtron 7 Panasonic Laminates Alongside Thermal Clads?
- What Does the Lamination Process Using Megtron 7 Panasonic Laminates Involve?
What are Megtron 7 Panasonic Laminates?
Panasonic Megtron 7 laminates are multilayer printed circuit board laminates that exhibit low transmission loss.
You can use it in high-speed transmission as well as high-capacity applications with very minimal signal losses.
Megtron 7 Panasonic Laminate
How Does the Megtron 7 Panasonic Laminate Compare to Megtron 4 Panasonic Laminate?
You can choose among the numerous types of Panasonic laminates depending on the application requirements.
Well, among the Panasonic laminates that you can choose from are the Megtron 4 and the Megtron 7 laminates.
Here is a comparison between Panasonic Megtron 4 and Panasonic Megtron 7 laminates.
Panasonic Megtron 4
Just like Panasonic Megtron 7, you will enjoy the low loss of transmission signals with Panasonic Megtron 4 laminates.
Apart from that, you can also use it on multiple layer printed circuit boards with great resistance to high temperatures.
In addition to that, you can use it in the transmission of very high volumes of data at the highest efficiency possible.
Panasonic Megtron 7
You will also use the Megtron 7 laminates on multilayer printed circuit boards with low loss of signal transmission.
It is, however, compatible with led free soldering and is also as resistant to high temperatures just like Megtron 4 laminates.
In addition to that, Megtron 7 uses high density interconnect (HDI) technology which improves the peel strength and efficiency.
What is the Difference Between Megtron 6 Panasonic Laminate and Megtron 7 Panasonic Laminates?
Panasonic Megtron 6 and Panasonic Megtron 7 may also pose a great challenge during the selection process.
To avoid confusion, you need to have the right knowledge about the two and identify the laminate for your application specifications.
Here is a comparison between Panasonic Megtron 6 and Panasonic Megtron 7 laminates.
Panasonic Megtron 6 Laminates
You can use the Panasonic Megtron 6 laminates in high-temperature applications because of the high glass transition temperature.
Apart from that, it is the best option that you can use among the Megtron series that is halogen free.
Panasonic Megtron 7 Laminates
You can opt for the Panasonic Megtron 7 laminate because it has low dielectric constant and improved processability.
It also ranks as the best type of Megtron laminate that exhibits very low signal transmission losses
You should note that both Megtron 6 and Megtron 7 laminates have very high heat resistance.
Why Should You Import Megtron 7 Panasonic Laminates from China?
You should consider importing Megtron 7 laminates from China because China is the laminate manufacturing hub.
Implying that, you will get the best offers in terms of price and quality when you import Megtron 7 laminates from China.
Here are the main reasons why you should import Panasonic Megtron 7 laminates from China.
High Quality Laminates
You will get very high-quality Panasonic Megtron 7 laminates from China because it has the best machines and raw materials.
Most of the manufacturers have quick access to high-quality materials and they also have the expertise of producing the best.
You will also spend less on high-quality Panasonic Megtron 7 laminates when you import the laminates from China.
China has access to affordable labor and state of the art machines that manufacture Panasonic Megtron 7 laminates very fast.
Friendly Business Environment
You will also find it easy to do business in China because of the friendly nature of the government, suppliers and the people.
It is one of the most hospitable places with best accommodation, laws, and even proper transport and network systems.
Megtron 7 Multilayer PCB Material
What are the Advantages of Using the Megtron 7 Panasonic Laminates?
One of the reasons why you should be using Panasonic Megtron 7 laminates is the numerous benefits.
In other words, Panasonic Megtron 7 laminates have numerous benefits that improve the application efficiency.
Here are the main advantages of using the Megtron 7 Panasonic laminates:
You will definitely work within a very low budget when using the Panasonic Megtron 7 laminates.
The low budget that you will be working under is courtesy of the low cost of the Megtron 7 laminates.
High Efficiency Levels
Megtron 7 laminates will also provide you with the highest levels of efficiency that will promote better performance.
It has very low signal transmission losses thus increasing the efficiency of transmitting high volumes of data.
Great Durability Levels
You will also use the Panasonic Megtron 7 laminates for a very long time due to high durability even in rigorous environments.
It has very high heat resistant properties that keeps them going strong even in the toughest of environments.
Easy to Maintain
Using the Megtron 7 laminates is also very simple as you require very little forms of maintenance.
It does not absorb a lot of moisture and is also resistant to dust accumulation thus making it easy to clean.
What are the Limitations of Using the Megtron 7 Panasonic Laminates?
Despite the numerous advantages that you will get when using Panasonic Megtron 7 laminates, there are particular limitations.
Here are some of limitations of using the Megtron 7 Panasonic laminates.
Difficult to Recycle
As soon as the service time of the Panasonic Megtron 7 laminates is up, you can never use them for other purposes.
Panasonic Megtron 7 laminates are very difficult to recycle and forms a huge pile of waste materials that causes pollution.
Requires Full Replacement
In case of any damages on your Megtron 7 laminate, you will have to do a whole laminate replacement process.
In other words, you cannot patch or do part replacements which makes the whole replacement process costly.
Prone to Clipping
You may also have a problem with clipping of Panasonic Megtron 7 laminates because of their brittle nature.
This limitation prompts you to be extra careful when handling the Megtron 7 laminates to prevent clipping.
What are the General Properties of Megtron 7 Panasonic Laminates?
The best mode of identification that you can use for the Panasonic Megtron 7 laminates is through the properties.
Megtron 7 laminates have very unique properties that distinguishes it from other types of laminates.
Here are the main properties that define the true nature of the Panasonic Megtron 7 laminates:
Glass Transitional Temperature
The glass transition temperature is the maximum temperature that you need to change the physical properties of Megtron 7 laminates.
You will have to reach up to highs of 200 degrees centigrade for Megtron 7 laminates to reach transition mode.
Peel strength is the maximum amount of energy that you have to apply to break the bond between the PCB and laminates.
Due to Megtron 7 laminates high peel strength, you have to apply about 0.8 kN/m of force to achieve peel strength.
Panasonic Megtron 7 laminates are also very efficient in electric transmission due to the low dissipation factors.
At 12 GHz, the dissipation factor (Df) of Megtron 7 laminates is as low as 0.002 which increases the electric properties.
The ability of Megtron 7 laminates to store electric charge when you place them between 2 metal plates is low.
The dielectric constant of Megtron 7 Panasonic laminates is at 3.4 when you test it under 12 GHz frequency.
How Do You Store the Megtron 7 Panasonic Laminates?
Durability of the Megtron 7 laminates begins from how you handle the laminate even under storage.
You can increase the durability of Megtron 7 Panasonic laminates by adhering to the storage conditions.
Megtron 7 Low Loss Laminate Material
Here are the main storage conditions of Panasonic Megtron 7 laminates that you should adhere to.
Avoid Bending and Scratching
You have to make sure that the laminate is flat and inside a cool dry storage environment.
It is important that you keep off from scratching and bending the surface of the Panasonic Megtron 7 laminates.
Maintain the Original Container
You should also leave the Panasonic Megtron 7 laminate in its original container that manufacturers provide.
The manufacturers make the best containers that provides the best conditions for storage of Panasonic Megtron laminates.
In case you open the container, you should never expose the Panasonic Megtron 7 laminates for more than 8 hours.
You must also maintain a proper storage environment for the Panasonic Megtron 7 laminates.
It must be cool and dry, at a temperature of 23 degrees centigrade and relative humidity of 50% and below.
In case you increase the storage time, you must reduce the temperature to 5 degrees centigrade.
Which Safety Information Do You Have for Megtron 7 Panasonic Laminate Users?
You must be very careful when using the Panasonic Megtron 7 laminates to ensure you are safe.
Your safety is paramount and it begins even before you start using the Panasonic Megtron 7 laminates.
Here are the main safety precautions that you have to take.
- Ensure that you read the safety instructions that you will get with the whole Panasonic Megtron 7 laminate packages.
- Do not use the Panasonic Megtron 7 laminates for any other purpose other than the intended purpose.
- You should have the right protective gear on to prevent certain injuries such as cut and bruises on the body.
What are the Quality Certifications of Megtron 7 Panasonic Laminates?
In addition to safety precautions, you must make sure that the laminates have quality certifications.
The quality certifications will help you maintain safety and guarantee you longer service life.
Here are the main quality certifications that you have to look at in the Megtron 7 laminates.
- UL Quality Certifications
- RoHS Quality Certifications
- ANSI Quality Certifications
- CE Quality Certifications
- International Standards Organization (ISO) Quality Certifications
Are there Specific Sizes of the Megtron 7 Panasonic Laminates?
Yes, there are standard sizes that you will get when you purchase the Panasonic Megtron 7 laminates.
When you order the Panasonic Megtron 7 laminates, you will always receive them in standard sizes.
You should also note that there are custom sizes of the Panasonic Megtron 7 laminates.
You can get in touch with your manufacturer and specify the size dimensions you need.
Which Materials Do You Use to Manufacture the Megtron 7 Panasonic Laminates?
Your Panasonic Megtron 7 laminates will achieve the working conditions only with the right materials on board.
Implying that, you should use the best or right materials to manufacture the Panasonic Megtron 7 laminates.
Here are the materials that you can use to manufacture the Panasonic Megtron 7 laminates.
- Epoxy resin and high-performance resins
- PTFE materials
- Conductive materials such as copper and aluminum
What Properties Affect the Cost of Megtron 7 Panasonic Laminates?
Purchasing the Panasonic Megtron 7 laminates should not present such a huge challenge to you.
You need to understand that there are numerous factors that affect the cost of Panasonic Megtron 7 laminates.
Here are some of the factors that you have to consider as you budget for the Panasonic Megtron 7 laminates.
You should know that the Panasonic Megtron 7 laminates range from 0.05 to 25 US dollars.
With the unit price in mind, you can be able to look at the other factor affecting the budget.
Quality of the Laminates
You should also understand that the high-quality Panasonic laminates will cost you more than others.
On the other hand, low quality Panasonic Megtron 7 laminates will cost less due to low cost of main materials.
Quantity of Laminates
You ought to understand that the more Panasonic Megtron 7 laminates you need, the higher the price.
In other words, the price will increase with an increase in quantity unless you get a good price bargain.
Do You Supply Megtron 7 Panasonic Laminates for Flexible Printed Circuit Boards?
Absolutely, we do supply the Panasonic Megtron 7 laminates for flexible printed circuit boards.
Despite the brittle nature of the Panasonic Megtron 7 laminates, we can go beyond it to prevent crippling.
We use flexible materials to manufacture these types of laminates that will work best with flexible circuits.
Flexible Megtron 7 Panasonic PCB Laminate
Are the Megtron 7 Panasonic Laminates Weather Proof?
Yes, all the Panasonic Megtron 7 laminates are weather proof.
Implying that you can use the Panasonic Megtron 7 laminates under any weather conditions.
It has properties that will protect it from the heat from the sun as well as harmful UV rays.
Apart from that, it can withstand very high temperatures thus protecting it from sunlight heat.
The glass transition temperature also allows you to use it even during the cold winter seasons.
In addition to that, it has very low moisture absorption rates thus protecting it from the rain water.
Can You Use Megtron 7 Panasonic Laminates on High Temperature Applications?
Absolutely, you can use the Panasonic Megtron 7 laminates even on high temperature applications.
The laminates have great thermal properties that maintain its strength even under very high temperatures.
Among the thermal properties you have to look at are:
- Glass Transitional Temperature
- Thermal Stress
- Coefficient of Thermal Expansion
Apart from these properties, you should also note that the Megtron 7 Panasonic laminates have high temperature resistance.
In addition to that, the great thermal properties will prevent it from catching fire even under very high temperatures.
What are the Most Significant Electrical Properties of Megtron 7 Panasonic Laminates?
The electrical properties of Megtron 7 laminates will dictate how it performs when you expose them to electrical field.
Some of the most important electrical properties that you have to consider are:
- Dielectric constant
- Dissipation factor
- Relative Conductivity
- Surface Resistivity
- Volume Resistivity
Can You Use Megtron 7 Panasonic Laminates Alongside Thermal Clads?
Yes, you can use the Panasonic Megtron 7 laminates alongside the thermal clads.
The thermal clads will assist in getting rid of excess heat that may build up on the PCB.
In other words, it enhances the thermal properties of the Panasonic Megtron 7 laminates.
Apart from that, the thermal clads also help in maintaining low operation temperatures.
What Does the Lamination Process Using Megtron 7 Panasonic Laminates Involve?
You will use Megtron 7 laminates to hold PCB layers together tightly with effective insulation between the layers.
Here is a step-by-step process that you can follow.
Step One: Preparation Stage
You will begin the whole process by washing the panels and removing the corroded copper surfaces and potential finger prints.
Apart from that, washing will remove dry fill residues, antifoam and carbonate residues from the dry film stripping.
Step Two: Micro-etching Process
Here, you will apply the basic condition of obtaining appropriate and homogenous black or brown oxide treatment.
It will also help in reducing the thickness of copper from 0.2 micrometers to 0.1 micrometers.
After that, you will perform the black oxide treatment that will provide better adhesion to avoid delamination problems.
Step Three: Lamination Process
At this point, you will arrange all the layer together and ensure that they do not move during lamination process.
The panel is complete with copper foils at the top and bottom and prepregs on the outer layers.
You will place it inside a lamination machine under very high temperatures and pressure.
The pressure inside the machine is 180 tons per square meter and the lamination process will take about 2 hours.
After that, you will cure under high temperatures, and the cool it down as you release the pressure thus completing lamination.
In case you’re looking for high performance Megtron 7 Panasonic laminates, Venture Electronics is here to offer perfect solution for all PCB fabrication needs.
Contact us now for all your Megtron 7 Panasonic laminates.