8861-0110-80

RFI and EMI Shielding Materials play an increasingly important role within all sectors of modern industry and technology due to their ability to reduce the rate of interference in sensitive electronic systems. In this article, we will explore the application fields and working principles of 8861-0110-80, a type of shielding material, to gain a better understanding of the benefits that such materials can offer.

8861-0110-80 is made up of a polypropylene matrix that is packed with a unique aluminum oxide filler. This combination of materials offers advanced performance in terms of shielding efficiency, up to 95 dB. This shielding efficiency can be further optimized by adjusting the parameters of the filler, including the ratio of the aluminum oxide to the polypropylene as well as the size and shape of the oxide particles.

8861-0110-80 can be used in a wide variety of application fields. For instance, it can be used in military sector for applications such as transportation vehicles and communication systems. In addition, 8861-0110-80 can be used in the medical sector for shielding medical devices or in consumer electronic devices to reduce EMI. All of these applications require shielding materials with a high level of shielding effectiveness to meet regulatory requirements.

The working principles of 8861-0110-80 are based on its ability to act as an electromagnetic shield. Through its combination of polypropylene and aluminum oxide filler, 8861-0110-80 is able to absorb and reflect radiated energy from incoming electromagnetic waves. The absorption process is facilitated by the polypropylene matrix, while the reflecting process is enabled by the oxide filler. In this way, the radiated energy is efficiently prevented from entering or affecting the environment of the system within which 8861-0110-80 is installed.

In conclusion, 8861-0110-80 is an ideal shielding material for a variety of applications across multiple sectors. Its combination of polypropylene and aluminum oxide filler provide high levels of shielding efficiency and are able to effectively absorb and reflect radiated energy. This results in improved performance and reliability for a range of technological systems.