23X36-1-1181

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RFI and EMI shielding and absorbing materials are designed to reduce electromagnetic fields (EMF) and radio frequency interference (RFI). The 23x36-1-1181 application field and working principle is no different. This type of material targets magnetofield (MF), electric field (EF), and radio wave (RW) shielding and absorbing, and has found applications in various industries, from military to healthcare, automotive, and industry.

The 23x36-1-1181’s primary purpose is to limit the penetration and crosstalk of the aforementioned EMF and RFI forces into the surrounding environment. These materials disrupt electromagnetic fields by refracting and reflecting them away from sensitive components and areas. Radio waves, electric fields, and magnetofields are absorbed into the material through variation in density and composition which then convert their energy into heat energy. This heat energy is then dissipated through the environment. The goal is to create an environment where there is less energy transfer from the source(s) of the EMF and RFI forces to the surrounding area.

The 23x36-1-1181 is well known in the field due to its ability to not only reduce EMF and RFI penetration, but also create an environment that is more efficient in terms of energy transfer. The material has been tested and verified in various environmental settings with remarkable results.

In the military, EF and MF shielding and absorbing materials are used for various purposes. It can be used in electronics and communication systems, such as radar, communications, and computer systems. This is to protect sensitive components from unintentional interference that can create issues. The material also helps protect personnel from harmful radiation associated with radar and communication systems.

In the automotive industry, the 23x36-1-1181 can help reduce unwanted noise caused by unintentional electromagnetic interference. This type of interference can come from different sources, such as cell phones, other electronic devices, and even from neighboring cars. Using EF and MF shielding and absorbing materials can help reduce the amount of noise emitted from a car’s interior and exterior.

The 23x36-1-1181 has also made its way into the healthcare industry. This type of material is used to provide protection for personnel from low level radiation when dealing with imaging equipment, such as X-rays, MRIs, and CT scans. This type of radiation can be harmful, especially to healthcare professionals, and the shielding and absorbing material can help protect them.

Lastly, the 23x36-1-1181 is also used in many industrial settings. It can be used for protection against high levels of AM and EMF emitted from large heavy machinery, as well as power lines and substations. This type of material can help reduce the amount of noise generated from the machinery, as well the amount of interference that can be caused by these electrical currents.

In conclusion, the 23x36-1-1181 is an excellent example of a shielding and absorbing material. It can be used in a number of applications, from military to healthcare, automotive, and industry. Its primary purpose is to reduce EMF and RFI to create a more efficient environment in terms of energy transfer. It has been tested and verified in various environmental settings, and overall it has been found to be an effective solution for limiting the penetration and crosstalk of EMF and RFI forces.

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