Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
High temperature resistant flame retardant absorbing patch
high temperature resistant electromagnetic absorbing patch is a valuable solution for managing EMI in environments with elevated temperatures, ensuring reliable and efficient operation of electronic systems.
High temperature resistant flame retardant absorbing patchs
an absorbing tape iron-based alloy absorbing patch offers a versatile and efficient solution for various absorption needs, providing a practical and effective way to trap and remove specific substances or materials.
High temperature resistant iron-based alloy absorbing patch
These iron-based alloys can be used as absorbing patches in high-temperature environments where heat resistance and dimensional stability are essential. However, the specific choice of alloy depends on the exact requirements of the application,...
Conventional silicone electromagnetic absorbing patch
Rubber patch type absorbing material Main features Composed of silicone rubber/chloroprene rubber and magnetic materials, it has the characteristics of thinness, flexibility, low density, and high absorption.
Flame retardant iron-based alloy absorbing patch
Some potential applications of high temperature resistant electromagnetic absorbing patches include: 1. Aerospace and defense: These patches can be used in aircraft, satellites, or military equipment to minimize EMI and ensure proper functioning of...
Flame retardant iron-based alloy absorbing patchs
Flame retardant iron-based alloy absorbing patches are innovative products designed to enhance fire safety by absorbing and extinguishing flames. These patches are made from iron-based alloys that have excellent flame retardant properties.
retardant iron-based alloy absorbing patch
The electromagnetic absorbing patch typically consists of a composite material that contains conductive elements, such as metals or carbon fibers, embedded in a polymer matrix. These conductive elements help to dissipate and absorb electromagnetic...
Thermal conductive silicone absorbing patch
Absorbing materials have good absorption characteristics in the range of 10MHz~6GHz, which can avoid electromagnetic interference or leakage caused by secondary reflection. The main types of products are absorption patches, which can also be...
EMAS-RS-B3C-200 far field absorbing material
Min. Order:1 Piece/Pieces
Product Details product description: The company’s EMAS-RS series products are soft magnetic materials made of micron-level flake iron-based alloy powder and silica gel mixed, dispersed, and pressed. It is halogen-free and environmentally...
Conventional silicone electromagnetic absorbing patchs
Rubber patch type absorbing material application area Can be used in radar cabins and the interior of the aircraft to solve electromagnetic compatibility issues; Used for shielding and testing boxes to reduce echo interference; Can be used for...
Excellent conventional silicone absorbing patchs
Absorbing materials refer to a type of functional material that can absorb and attenuate the energy of electromagnetic waves incident in space, and reduce or eliminate reflected electromagnetic waves. They are generally composed of a matrix material...
Excellent silicone electromagnetic absorbing patch
The noise suppression film and silicone absorbing patch currently developed and produced by the enterprise have been widely used in fields such as communication and radar. The excellent performance of the products has enabled them to successfully...
LET'S GET IN TOUCH
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.
Fill in more information so that we can get in touch with you faster
Privacy statement: Your privacy is very important to Us. Our company promises not to disclose your personal information to any external company with out your explicit permission.