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  • 2019.08.05Amorphous iron core began to be adopted by transformer manufacturers
    Amorphous iron core began to be adopted by transformer manufacturers

    The traditional iron core manufacturing technology of power transformers is based on silicon steel sheet. In reducing the damage of the transformer itself, no matter what country or manufacturer, it is necessary to use high-quality silicon steel sheet to reduce the damage of the transformer itself. , to increase the exchange of electrical energy has experience.

  • 2019.08.05Amorphous iron core reduces a lot of energy loss
    Amorphous iron core reduces a lot of energy loss

    The amorphous alloy iron core transformer is a transformer made of a new type of magnetic material amorphous alloy, which is made of iron core. The no-load loss of the iron core transformer is reduced by about 75 percent, and the no-load current is reduced. A reduction of about 80% is a distribution transformer with an ideal energy saving effect, especially suitable for use in rural power grids and areas with low load rates such as developing areas.

  • 2019.08.05Different sizes of semiconductor nanocrystals help produce color light-emitting diodes
    Different sizes of semiconductor nanocrystals help produce color light-emitting diodes

    The size of the micropores on the film mold directly affects the size of the nanocrystals, thereby determining the color of the luminescence. The nanocrystals produced by this method are very stable, enabling the LED to achieve high color fidelity.

  • 2019.08.05Characteristics of nanocrystalline materials
    Characteristics of nanocrystalline materials

    The nanocrystalline material has the advantages of silicon steel, permalloy and ferrite.

  • 2019.08.05What is nanocrystal? How is amorphous prepared?
    What is nanocrystal? How is amorphous prepared?

    During the preparation of the metal, from liquid to solid, it is a process of natural cooling and solidification. In this process, the atoms will reorder themselves in a regular manner. The structure formed at this time is a crystal, which is actually a polycrystalline structure.

  • 2019.08.05Warm congratulations to Jiangsu Symbory Science & Technology Co.,Ltd website successfully launched!
    Warm congratulations to Jiangsu Symbory Science & Technology Co.,Ltd website successfully launched!

    Warm congratulations to Jiangsu Symbory Science & Technology Co.,Ltd website successfully launched! Thank you Trueland Information Technology (Shanghai) Co., Ltd. on the site of our technical support, welcome new and old friends to visit the website.

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