FAM1-100-100-1.0-1A

Due to market price fluctuations, if you need to purchase or consult the price. You can contact us or emial to us:   sales@allicdata.com

RFI and EMI shielding and absorbing materials are among the indispensable components of an electronic instrument\'s operation. EMI & RFI shielding can either be active or passive. Passive shielding relies on efficient application of metallic materials placed around the electronic equipment and components, while active shielding uses electric and/or magnetic fields to shield the radio frequency (RF) electromagnetic interference. In either case, the purpose of the shielding is to reduce the amount of radiation that can impact on a particular area.

FAM1-100-100-1.0-1A is a type of heavy-duty shielding material which combines the qualities of both shielding and absorbing materials in one package. It consists of fine Aluminium Magnesium (AlMg) Alloy-woven mesh over a unique mix of elastomeric coatings that optimizes RF shielding as well as light-absorption properties. The product also has excellent heat-resistant, flame-retardant, and chemical resistance properties, all of which make it ideal for a wide range of applications.

FAM1-100-100-1.0-1A can be used in multiple sectors, such as aerospace, military, telecommunications, medical, automotive, and industrial. In the aerospace sector, the product is deployed in cabin walls between different cabins/sections, as well as on the outer part of an aircraft hull or on fuel tanks to protect the aircraft from radio interference. In the military sector, its EMI & RFI shielding properties can be used to protect communications and other electronic equipment from RF signals and electromagnetic interference, as well as aiding in detection & resolution of enemy radar waves.

In terms of its working principle, FAM1-100-100-1.0-1A consists of a conductive layer across its surface which is surrounded by a plastic layer. The conductive layer on the material is made of fine AlMg alloy-woven mesh, which is capable of shielding RF radiation. An elastomeric coating underneath the mesh layer adds an additional layer or shielding and absorbs controlled amounts of light. The plastic layer on the outside forms a protective coating which is useful for removing contamination from the environment, thus preventing corrosion. The plastic is also resistant to sunlight, extreme temperatures and other harsh environmental conditions.

In applications requiring EMI & RFI shielding, FAM1-100-100-1.0-1A provides superior shielding performance due to its high-strength material combination. The manufacturing process used in producing this product also allows for custom sizes and shapes to be tailored according to the customer\'s application. Moreover, its flame retardant qualities ensure that the product is safe for use in sensitive environments. In applications requiring light and heat absorption, this product can be used as a protective shielding for delicate components and electronic instruments due to its light-absorbing properties.

Furthermore, FAM1-100-100-1.0-1A is also resistant to corrosion or other chemical agents, meaning it can be used in a wide range of applications in hazardous environments. It is also available in a variety of colors and designs, allowing customers to choose the design that best fits their application requirements. From competitively priced to heavy-duty protection, FAM1-100-100-1.0-1A is designed to meet the needs of a wide range of applications.

In conclusion, FAM1-100-100-1.0-1A is a type of heavy-duty shielding material which combines both shielding and absorbing capabilities. As such, it can be used for a wide range of applications, ranging from aerospace and military to medical and automotive. It is also useful for providing shielding to delicate components or instruments due to its light-absorption properties, as well as providing protection against environmental corrosion and harsh conditions due to its flame-retardant coating. With a variety of sizes, shapes and colors, this product offers a cost-effective solution to end-users looking for effective shielding from EMI & RFI sources.

The specific data is subject to PDF, and the above content is for reference