CST15 NC087

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CST15 NC087 is a material meant for shielding and absorbing electromagnetic signals of both radio frequency (RF) and electromagnetic interference (EMI) type. It is composed of an electrically conductive material enclosed in an insulating material. The material is made with a high dielectric absorption efficiency and can be used for various shielding applications including radio frequency interference (RFI) and EMI.

The working principle of CST15 NC087 is to form an electrical barrier that interferes with the transmission of RF and EMI signals. It consists of a metal layer that reflects or absorbs RF and EMI signals, and an insulator layer that helps to reduce the amount of energy released. As RF and EMI signals travel through air, they produce different currents, which are then blocked by the electrical conductivity of the material. It can be used in two ways for shielding and absorbing radiation.

The first way is to prevent the radiation from entering a space by reflecting it away. This is done by making the material conform to the shape of the space, forming what is called a Faraday Cage. This forms a barrier that prevents the radiation from entering the space. For this application, CST15 NC087 can be applied to walls, ceilings, and floors in a building.

The second way is to absorb the radiation by turning it into heat. The metal layer of CST15 NC087 absorbs RF and EMI signals, which creates a fluctuating electric field. This electric field causes the material to transfer heat, transforming the radiation energy into thermal energy and dissipating it. This is a great way to reduce the amount of radiation entering a space. The material can also be used to dampen electromagnetic noise by providing extra insulation and shielding.

CST15 NC087 is a great material for use in shielding RF and EMI radiation. It can be used to reflect or absorb radiation, preventing it from entering a space, or to dampen electromagnetic noise. The material is also very resistant to corrosion and can withstand a wide range of temperatures. Its high dielectric absorption efficiency makes it an ideal choice for shielding and absorbing radiation.

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