3M 1267 1" X 3"-100

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3M 1267 1" X 3" - 100 is a **RFI and EMI shielding and absorbing material**. It is designed to reduce the emissions of electromagnetic signals in a variety of devices, as well as providing protection from various sources of interfering signals. This material is made of an aluminum-rich polymide film, which is sandwiched between a conductive, chrome coated acrylic adhesive film. It is extremely thin, allowing for a range of applications.

Shielding is one of the primary applications of 3M 1267 1" X 3" - 100. The aluminum-rich polymide film is capable of blocking electromagnetic radiation in a variety of ways, including by reflecting and absorbing the radiation. This allows equipment and devices to be shielded from sources of interference. Furthermore, the film is capable of shielding from both low frequency and high frequency radiation, making it suitable for a broad range of shielding applications.

The 3M 1267 1" X 3" - 100 is also used for absorbing electromagnetic signals. The chrome coated acrylic adhesive film absorbs and redirects the signals to reduce their strength and intensity. This is beneficial in reducing the emissions of electromagnetic radiation from various devices, such as computers, radios, and other sources of interference. By using the 3M 1267 1" X 3" - 100 to absorb the signals, the emissions from these devices can be significantly reduced, which can help to improve the performance of nearby devices.

The 3M 1267 1" X 3" - 100 is thin and flexible, so it is suitable for a wide range of applications. It can be used on walls and ceilings to create a layer of shielding from electromagnetic radiation. It can also be used in electronic components and computer peripherals to reduce emissions and interference. Additionally, the film can be applied to vehicles to reduce emissions and improve signal readings.

Overall, the 3M 1267 1" X 3" - 100 is a versatile shielding and absorbing material. It is capable of shielding from both low frequency and high frequency radiation, reducing harmful emissions, and improving signal readings. This makes it an ideal choice for a variety of applications, including shielding electronic components, absorbing harmful signals, and shielding vehicles. It also has the added benefit of being thin and flexible, so it is easy to use and can be applied to many different surfaces.

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