IFL10M-200NB300X200

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RFI and EMI shielding and absorbing materials can help in the effective management of radio frequency interference (RFI) and electromagnetic interference (EMI). RFI and EMI shielding and absorbing materials come in a variety of types, each with its own unique characteristics and benefits. The IFL10M-200NB300X200 is one type of RFI and EMI shielding and absorbing materials that has been developed for a specific application field.

The IFL10M-200NB300X200 is designed specifically for applications that require extreme airspace protection. This type of material is able to block out 99.9% of all forms of RFI and EMI, so it can be used to prevent these types of interference from affecting critical equipment. The IFL10M-200NB300X200 is also highly resistant to water and chemical exposure, making it a great option for industrial environments.

The IFL10M-200NB300X200 is made from a combination of aluminum-reinforced fiberglass fabric and neoprene. This combination of materials creates a highly effective barrier against RFI and EMI radiation, as it is able to effectively absorb these signals. The material also features an aluminumized polyester backing, which helps to ensure that any EMI absorbed by the material is dissipated evenly across the entire surface.

In order to use this material, one must first install it over an area that needs to be protected from RFI and EMI. The material should be affixed to the surface with the use of self-adhesive tape. Once installed, the IFL10M-200NB300X200 is able to provide excellent protection from RFI and EMI radiation. The aluminum-reinforced fiberglass fabric is designed to reflect most of the radiation away, while the neoprene helps to absorb any radiation that may make its way through.

The IFL10M-200NB300X200 is an excellent choice for applications that require airspace protection from RFI and EMI radiation. The combination of aluminum-reinforced fiberglass fabric and neoprene provides excellent RFI and EMI protection, while the aluminumized polyester backing helps to ensure that any absorbed radiation is distributed evenly across the material. This material is ideal for use in industrial settings, as it is highly resistant to water and chemical exposure.

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