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what is current transformer 2024-06-20

The difference between nanocrystalline core and amorphous core 2024-06-18

Nanocrystalline core and amorphous core are two common magnetic materials, which have some differences in crystal structure, magnetic properties, and applications.

The application fields of nanocrystalline iron cores 2024-06-08

Nanocrystalline soft magnetic alloy is a kind of soft magnetic alloy with nanocrystalline structure obtained by heat treatment on the basis of amorphous alloy, which has more excellent soft magnetic properties. Therefore, the manufacturing process and use process of amorphous alloy materials will be energy-saving, and green energy-saving products will be the focus of development in the new century.

Composition of steel and silicon steel in transformer core 2024-05-27

The availability of both GOES and NGOES allows for the customization of transformer cores to meet specific application requirements. Whether for high-efficiency power transformers or versatile distribution transformers, the appropriate choice of electrical steel ensures optimal performance.

Enhancing Energy Efficiency with Amorphous Transformers: A Sustainable Path Forward 2024-05-23

Status of Amorphous Iron Core Transformers in China 2024-05-10

The 2014-2018 Amorphous Alloy Transformer Industry Future Prospect Forecast Report shows that as early as 2008, I went to China’s secondary oil flake processing and distribution centers to collect first-hand information, and wrote an article “Neglected hidden dangers: Renewable silicon steel for power transformers.

Amorphous Cores: The Innovative Material Transforming Electrical Engineering 2024-04-25

iron powder core frequency range 2024-04-23

iron powder cores serve a wide array of applications across different frequency ranges. Their use in low to medium-frequency applications is well-established, while their application in high-frequency scenarios requires careful consideration of their magnetic properties and thermal characteristics. By understanding the frequency-related performance of iron powder cores and applying thoughtful design practices, engineers can harness their benefits to create efficient and reliable magnetic components for a diverse set of electronic applications. Partnering with Pourleroi for Advanced Magnetic Solutions

Where is amorphous alloy iron core used? 2024-04-22

Amorphous iron cores are widely used in industries such as solar energy, wind energy and power electronics, communications and home appliances. Especially the application of amorphous C-type iron core in solar inverters in recent years.

What is amorphous? 2024-04-17

Amorphous refers to a substance whose structure lacks long-period ordering or crystal structure. Unlike crystals, amorphous materials exhibit irregular and repetitive atomic or molecular arrangements, exhibiting an disordered arrangement

Revolutionizing Energy Efficiency: Customized Nanocrystalline Cores for Charging Piles 2024-03-25

Shenzhen Pourleroi Technology Co., Ltd. introduces Customized Nanocrystalline Cores for Charging Piles, revolutionizing energy efficiency with their unique magnetic properties. These cores offer high magnetic permeability, low core losses, and high saturation magnetic induction, making them ideal for high-frequency applications and power electronics. Tailored customization options ensure optimized performance and efficiency for a wide range of technological domains, from 5G infrastructure to electric vehicle charging stations

Amorphous core transformer advantages 2024-03-11

Amorphous alloys possess high magnetic permeability, enabling amorphous core transformers to generate greater magnetic flux under magnetic fields. This enhances the power density and conversion efficiency of transformers, resulting in smaller volumes and weights for the same capacity. This advantage makes amorphous core transformers more suitable for space-constrained applications, such as power electronic equipment and electric vehicles