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<p>What is <a href="https://www.transmart.net/soft-magnetic-materials" target="_blank">amorphous strip</a>? There are usually two kinds of materials which people touch in daily life: one is crystalline substance and the other one is an amorphous material. The so-called crystalline data means that the arrangement of atoms in the information follows specific rules. Conversely, if the inner atom placement is at an irregular condition, it is an amorphous substance. For ordinary metals, the inner atom placement is orderly and belong to the crystalline substance.</p><p><br></p><p>Scientists found that following the alloy melted, the internal atoms were in a playful state. When the metal begins to cool, the atoms will occur after the temperature drop and gradually placed in order according to the certain crystalline state, forming a crystal. When the heating process is fast and the atoms are condensed before they are relocated, an amorphous alloy is generated. It's a quick coagulation process used to prepare the amorphous metal. The high-temperature molten steel in the molten condition is sprayed onto the cooling roller rotating at a high rate. The stainless steel is rapidly cooled at a rate of one million degrees per minute, and it requires just 1 thousandth of a second to reduce the molten steel in 1300°C to under 200°C to form an amorphous strip.</p><p><br></p><p><img src="https://img4141.weyesimg.com/uploads/xd3x4k4m.allweyes.com/images/15650553486933.jpg?imageView2/2/w/925/q/75/format/webp" alt="Soft Magnetic Materials Fe-based Nanocrystalline Ribbons"></p><p><br></p><p>The Key characteristics of amorphous alloy Characteristics of amorphous crystal: low coercivity, Higher permeability, low loss, low saturation magnetic induction, Higher resistivity, high temperature stability, Superb frequency features and adjustability of magnetic function;</p><p>Use of amorphous strip.</p><p><br></p><p>Compared with crystalline metals, amorphous alloys have undergone significant changes in bodily function, chemical function and mechanical purpose.</p><p><br></p><p>Taking an amorphous alloy based on iron for instance, it's the characteristics of high saturation magnetic induction and very low loss. Due to such characteristics, amorphous alloy materials have a broad use space in several fields such as aviation, aerospace, machinery, microelectronics and so forth. For instance, it is used in the aerospace field to decrease electricity and equipment components and add payload. Employed in civil power and electronic equipment, it may significantly decrease the quantity of power supply, enhance efficiency, and enhance anti-interference ability. Mini iron cores may be utilized in several transformers in ISDN. Amorphous strips are used to make sensor labels for library and supermarket anti-theft systems. The magic effect of amorphous alloys has wide market prospects.</p><p><br></p><p>Currently, with the development of digital technology toward high frequency and miniaturization, amorphous ultra-microcrystalline <a href="https://www.transmart.net/soft-magnetic-materials" target="_blank">soft magnetic materials</a> are made into different magnetic devices to substitute silicon metal, ferrite and Permalloy, etc., that can be used in the power industry and electronics sector. And in the field of power electronics technology, it's used as transformers, reactors, filters, transformers, and detectors for current transformers, high-power switching power supplies, inverter power supplies, and program-controlled switch power supplies.</p><p> </p>
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