6-6-1126

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RFI and EMI shielding and absorbing materials are designed to reduce the effects of interferences on electrical systems, by either reflecting or absorbing certain types of electric and magnetic fields. 6-6-1126 is one such material used in this field.

6-6-1126 is composed of a polyamide carrier, which is melt bonded to two outer layers of polyester-foil and stainless steel. Its high durability and flexibility makes it ideal for use in applications requiring resilience, while its low frictional coefficient gives it good abrasion and marking protection. By conducting electric and magnetic fields through itself, the material prevents the fields from reaching the systems they would interfere with inside the end product.

6-6-1126 is used in a number of electronic products and systems. In automotive systems, for example, it is used in engine control systems, which rely on the material\'s dissipative characteristics to protect against electrostatic and electromagnetic interference (EMI) from other systems and components, such as spark plugs or fuel injectors. In medical devices, the material is also used to shield implants and wearables from EMI, while in the field of aerospace, the material is used to shield wiring in airplanes from static electricity and solar radiation.

The working principle of 6-6-1126 involves converting the EMI radiation into heat through resistive losses, as the material dissipates electric and magnetic fields. The resistance of the material is known as electrical impedance. Depending on the voltage, frequency, and the environment, the material will experience resistance values ranging from low to very high. In addition, the material can also provide interception of other radiofrequency (RF) or microwave radiation, when configured in an appropriate structure.

6-6-1126 is a versatile material with a range of uses in the fields of engineering and electronics, as it enables resistance to interference from external sources. By converting EMI radiation into heat, the material prevents it from interfering with, or disrupting, various systems and components.

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