8865-0105-89

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Radio frequency interference (RFI) is a growing challenge in commercial and industrial operations across the world; it can have a severe impact on the performance of a given system or product. It is important to prevent RFI from impacting the operation of a system. Contacts, fingerstock, and gaskets composed of 8865-0105-89 materials are essential components of electromagnetic interference (EMI) shielding in RFI-related applications, providing an effective solution to countering RFI. This article will explore the application field of 8865-0105-89 and the working principle that makes these components so effective.

Application Field of 8865-0105-89

8865-0105-89 materials are primarily used for EMI shielding and grounding applications. The material is a flexible, conductive alloy developed specifically for EMI shielding and grounding. It can be used as shielding in cables, electro-mechanically related components, and flexible interconnect assemblies. It can also act as a ground between non-conductive materials such as plastics and metal components. The material is very durable and has superior properties for providing the highest level of electrical, environmental, and thermal performance.

The material is also used in EMI/RFI attenuation applications due to its superior RFI attenuation capability. 8865-0105-89 is an effective solution for reducing conducted interference (from adjacent devices) as well as radiated cables with excellent shielding effectiveness. Additionally, many design engineers choose to use the material as a DC/AC line shunts due to its high electrical conductivity; these components are typically employed in order to reduce the amount of noise in a system.

The material has also been approved for use in high-performance friction applications. The material offers superior performance, durability, and consistency in the most demanding friction applications such as aerospace and automobile engines. Engineer and design teams across multiple industries use the material for its superior thermal grade shielding and friction performance. Additionally, it can also be used for electrical interconnect assemblies, high-power connection systems, high flex applications, and environmentally harsh conditions.

Working Principle of 8865-0105-89

One of the key working principles of 8865-0105-89 is that it is composed of a combination of nickel, silver, and zinc. This composition gives the material excellent thermal conductivity and electrical performance, making it a perfect candidate for high-performance applications. The material’s physical construction allows it to provide a complete and balanced electromagnetic shielding coverage; the mixture of metals makes it an exceptionally effective conductor of electricity. Additionally, the material also offers superior flexibility, allowing it to be used in applications that require flexibility and conformability. This combination of properties makes the material an excellent choice for high-end applications where both thermal properties and electrical requirements must be met.

The material also offers superior corrosion-resistance, making it an ideal choice for rugged applications, such as outdoor installation in harsh weather conditions. The material’s high resistance to corrosion also helps to reduce its maintenance costs over time. Additionally, the material’s high flexibility makes it easier to work with, as the material is easily formable and has better workability than traditional metals. The material is also available in a variety of grades, allowing manufacturers to select the grade that best suits their application needs.

In addition to its mechanical properties, 8865-0105-89 offers superior RF attenuation capabilities. The material’s physical properties allow it to act as an effective electromagnetic shield, providing superior protection against EMI/RFI radiation. The material is also able to absorb impingement from the environment and prevent it from interfering with a system’s operation. This is especially important for applications that require high levels of reliability, as RFI or EMI can have a potentially catastrophic effect on the performance of a system.

In conclusion, 8865-0105-89 materials are an excellent choice for EMI/RFI attenuation and shielding as well as thermal grade shielding and friction applications. The material’s combination of physical properties such as thermal and electrical conductivity, flexibility, and corrosion-resistance make it a great choice for meeting a variety of applications needs. Additionally, the material’s superior RF attenuation capability makes it an ideal solution for shielding against electromagnetic interference and radio frequency interference.

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