Electromagnetic wave shielding fabric
A lightweight new material that shields electromagnetic waves from 100 kHz to 5 GHz and excels in processability such as sewing and cutting. *Flame retardant mark obtained.
● It excels in electromagnetic wave shielding (reflection, absorption, blocking, and shielding), and since it is a conductive fabric fiber, there is no generation of static electricity, allowing the entire fabric to be grounded. ● Weight reduction: Compared to shielding measures using metal, it is lighter and has better handling properties. Ventilation holes: High breathability is achieved using conductive fabric, allowing for shielding at the hole areas. ● The fabric is made from aramid fibers that are coated with copper and nickel plating, providing high conductivity, bend resistance, and flexibility. Additionally, aramid fibers are high-performance fibers that possess heat resistance and flame retardancy, and are used in applications such as firefighting suits. ● A three-layer structure of PET yarn plated with Ni (nickel) + Cu (copper) + Ni (nickel) exhibits excellent shielding properties.
basic information
Electromagnetic wave shielding fabric: Suitable for preventing interference between Wi-Fi signals, wireless communications, and communication devices, as well as for shielding measuring devices of inverters. Also used for electromagnetic wave shielding curtains and shielding roller screens. Flame retardant mark obtained.
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Applications/Examples of results
● For preventing static electricity in clean rooms. ● For electromagnetic wave shielding and radio wave blocking (curtains, tents, electromagnetic wave shielding covers, electromagnetic wave shielding bags). ● For measures against radio interference and noise prevention in audio equipment. ● As a conductive fabric for electrical conduction. ● For disabling mobile phone signals and automotive wireless keys. ● For other applications such as wire harnesses, gaskets, and static elimination components.
Detailed information
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MS-PY: Low Frequency Magnetic Field Shielding Fabric Features: High shielding performance (-80dB) magnetic field shielding performance (100kHz) Applicable Frequency: 100kHz to 10GHz Standard Thickness: 0.25mm Usable Temperature: -20℃ to 80℃ Material: Polyester fabric + soft magnetic metal plating
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SS (flame retardant) G sheet
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MS-PXF: UHF-RFID Radio Wave Shielding Mesh Features: Easy to cut and process, making it convenient for on-site installation Supported Frequency: 300MHz to 5GHz Standard Thickness: 0.2mm Operating Temperature: -20℃ to 80℃ Material: Polyester fabric + conductive plating
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Shield curtain We have applied a shield film to the window glass surface, but due to the demand for higher performance, we are using double shield curtains.
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Shield curtain release To ensure the landscape, a shield film is applied to the glass surface. During live use, double shield curtains are closed and used.
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During live use, we use shield curtains to prevent unwanted radio waves from entering from the outside.
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Shield roll curtain
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Our mission is to add our unique ideas and know-how to the new materials that are continuously emerging, in order to meet the needs of various industries, and to propose them as new products with added functionalities. Our functional composite materials exhibit excellent and original features across various fields, including home appliances, precision equipment, medical devices, construction, and transportation, as well as in areas such as equipment parts, special rooms, and architectural panels, thereby serving everyone effectively. "Reflecting the times and exploring the next generation" is our pride in our continuous development capabilities that lead the industry. We offer a variety of electromagnetic wave countermeasure products. Furthermore, to carry out these measures effectively and efficiently, we have established a system that allows us to conduct electromagnetic wave environment measurements, field surveys, construction advice, and shielding work consistently. Technology is not born overnight. Our employees cherish a proactive attitude towards "technologies that no one is doing," "technologies that are deemed impossible," and "unique technologies." In development, not everything is successful; in fact, failures are more common. However, it is also true that the byproduct technologies born from challenges support our company today.