21206171

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RF and EMI Shielding and Absorbing Materials play an important role in suppressing electromagnetic interference that may be generated by industrial, military, and electronic consumer products. The technologies implemented to protect against EMI can include shielding (conductors and absorbers) as well as filters. When referring to the former, 21206171 is an ideal choice.

21206171 is a polyether-arylene-urethane (PEU) synthetic elastomer, and is a material used for shielding and absorbing electromagnetic interference (EMI). Its primary functions are to absorb electromagnetic energy and reduce radiated emissions from active devices, as well as reducing external interference picked up by the device. It is one of the most efficient conductive materials available and can be used for many different applications like wires and cables, metal shields, and flexible gaskets.

21206171 possess excellent EMI/RFI shielding effectiveness, dielectric properties, flexibility, mechanical strength, flame retardance without halogen, and excellent recovery. As a result, this material is ideal for quite a few different applications. Some of these applications include medical imaging systems, military communication systems, aerospace, automotive, and commercial electronics.

The working principle of 21206171 is quite simple. This material works by absorbing the electromagnetic energy and using its conductive properties to conduct the energy away from the device. This prevents the energy from being reflected or emitted by the device, thus reducing the amount of interference caused by the device. The higher the absorption rate of the material, the better it will be able to reduce or eliminate the presence of EMI.

Overall, 21206171 is an ideal material for shielding and absorbing electromagnetic interference in a variety of different applications. It possess excellent properties which help to reduce radiated emissions as well as external interference picked up by the device. Its working principle is quite simple, utilizing its conductive properties to absorb and conduct the energy away from the device. As such, 21206171 is an ideal choice for many different applications.

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