High performance thin-film absorbing materials can also reduce electromagnetic radiation from mobile phones to the human body

Advanced Institute of Technology High performance thin-film absorbing materialsWidely used in various fields, its unique characteristics and advantages make it an ideal choice for noise suppression. Firstly, high-performance thin-film absorbing materials have the characteristics of flexibility and non fragility. It adopts a manufacturing process of mixing two-dimensional soft magnetic powder with resin, which gives the material good flexibility and is not easily damaged by external forces, thereby improving its service life.
Secondly, the thin design of high-performance thin-film absorbing materials allows them to be installed in confined spaces. Due to the increasing miniaturization of modern technological products, the requirements for material size and shape are also becoming higher. High performance thin film absorbing materials can be flexibly customized in size and shape according to needs, with a thickness of only 0.05~0.5mm, which can adapt to various installation requirements in narrow spaces.
In addition, high-performance thin-film absorbing materials have excellent environmental performance. During the manufacturing process, this material complies with EU RoHS directive, REACH and other regulatory requirements. It is halogen-free and environmentally friendly, and will not cause pollution to the environment, in line with the concept of modern sustainable development.

         High performance thin-film absorbing materialsIt has a wide range of applications in various fields. Firstly, in the field of mobile devices such as laptops, digital cameras, game consoles, mobile phones, etc., high-performance thin film absorbing materials can be used as flexible cable noise countermeasures, which can effectively reduce noise interference, improve device performance and user experience.
Secondly, high-performance thin-film absorbing materials can also reduce electromagnetic radiation from mobile phones to the human body. In modern life, mobile phones have become an indispensable tool in people's lives, but long-term exposure to mobile phone radiation can also have certain impacts on human health. Applying high-performance thin-film absorbing materials to the interior of mobile phones can effectively reduce the harm of electromagnetic radiation to the human body.
In addition, high-performance thin-film absorbing materials have also demonstrated their advantages in addressing EMI (electromagnetic interference) issues within the shielding frame. It can reduce resonance and crosstalk phenomena, lower the coupling conducted radiation interference between low frequencies, and reduce low-frequency echo interference, thereby enhancing the anti-interference ability of the equipment.
The physical properties of advanced institute technology high-performance thin film absorbing materials are also worth mentioning. It has a high density, greater than 3.0g/cm3, and can provide good absorption effect. Its impact conductivity is 10.5 at 1MHz, surface resistance is greater than 1x10Q/sq, and the frequency range covers 3MHz~40GHz, which can meet the needs of different occasions. The applicable temperature range is between -40 ° C and 120 ° C, which can maintain the normal operation of materials in extreme temperature environments.
Finally, regarding the storage conditions and shelf life of high-performance thin-film absorbing materials. In terms of storage conditions, it is recommended to store materials in an environment of 0-30 ° C to ensure that their performance is not compromised. And the shelf life is 12 months, which means that under the correct storage conditions, the material can maintain its excellent properties for a long time.
In summary, Advanced Institute of Technology High performance thin-film absorbing materialsIt plays an important role in noise suppression due to its flexibility, thinness, diverse sizes and shapes, and environmental friendliness. Its typical applications in mobile devices, electromagnetic radiation reduction, EMI problem solving, etc. make high-performance thin film absorbing materials an indispensable part of modern technology. In the future, with the continuous advancement of technology, high-performance thin film absorbing materials will be more widely used in various fields, creating a more comfortable and safe living environment for humans.