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What is the difference between 4350b and ro4835?

July 05,2024

Are you interested in learning the difference between 4350b and ro4835? These are two types of materials that are used to make printed circuit boards (PCBs). The Xinchenger Electronic PCBs are the backbone of our modern electronic devices from smartphones to computers to medical equipment. Let’s take a closer look at the advantages and differences between these two materials.


The 4350b is a high-performance PCB material that is recognize for their excellent electrical characteristics. It has low dielectric constant, making it an outstanding choice for high-frequency applications. The Xinchenger Electronicrogers 4350b is also resistant to heat and has a high tg (glass transition temperature), meaning it can handle high temperatures without breaking down. This will make it an excellent choice for applications that are looking for high dependability and long-term stability.



RO4835 is a most recent innovation of PCB. A type of high-frequency laminate made to have low dielectric constant. It achieves this through the utilization of a hydrocarbon resin system that is ceramic-filled. This Xinchenger Electronic ro4835 has a high tg which making it suitable for high-temperature applications. Additionally, it is resistant to moisture and has good thermal stability.

Security first

They are risk-free to use in PCB manufacturing. The Xinchenger Electronicro4350b material is made with non-toxic materials and meet strict security standards. However, it is really definitely important to follow correct handling process when working with any type of chemical or material. Always wear protective gear when handling chemicals and follow the manufacturer's instructions carefully.

How to use?

They are used in the same real way of more types of PCB materials. They are typically supplied in sheet form and are cut to size to fit the particular requirements of the pcb design. The sheets are then laminated together to create the complete PCB. It is important to follow the manufacturer's guidelines carefully when working with these materials, as they may have specific handling or curing requirements.

Application and quality:

They have become amazing choices for high-performance PCBs as it pertains to application and quality. They are used in a number of applications, such as telecommunications, aerospace, and defense. They are also used in medical equipment, automotive electronics, and other high-reliability applications.



When choosing between 4350b and ro4835, it really is important to consider the ongoing service support given by the manufacturer. Look for a manufacturer who has a track record of providing materials that are high-quality and excellent customer service. They should be able to offer technical support and help when recommended.

4350b and ro4835 are both excellent choices of PCB that is high-performance. They have similar faculties, including low dielectric constant, high Tg, and resistance to heat and moisture. With the right choice of materials, you can ensure the reliability and performance of your electronic devices years to come.

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