• May 31. 2021

The addition of C in the FeSiB alloy system can help to improve the amorphous forming ability, and then design high saturation magnetic flux density amorphous alloy materials, but studies have found that excessive C content will cause the soft magnetic properties of FeSiBC alloys to decrease. The low carbon content FeSiBC material system has a good application prospect in high frequency and high s...

• June 24. 2021

A magnetic core is made by ferromagnetic metal or ferrimagnetic compounds, the core with a high magnetic permeability, which popular used to confine and guide magnetic fields in electrical, electromechanical and magnetic devices. The magnetic field created by a current-carrying coil of wire around the core. Comparing no magnetic core, use a magnetic core can increasing the strength of magnetic fie...

• July 14. 2021

"Quality first, product is character"  is the tenet that Guangzhou Amorphous Electronic Technology Co., Ltd. has been adhering to for long-term development. The Amorphous China database shows that the average lifespan of domestic enterprises that produce amorphous alloys and nanocrystalline soft magnetics is about 3-5 years. There are only 30 enterprises in more than 10 years, and less than 5...

• August 03. 2021

One of Coilcore's main products is medium voltage transformer nanocrystalline cores. Our nanocrystalline cores for current &voltage transformers are recognized for quality, longevity and adaptability for a number of years. Our nanocrystalline cores supply medium voltage transformer up to 36kV for use in MV or HV applications .  Current Transformers Nanocrystalline Cores • Highest System V...

• March 30. 2022

Mini precise Current Transformer Product Details: Item No.: NT403010-200A Core Type: Nanocrystalline Core Size: 40*30*10mm Current：200A/100mA Copper: 0.14mm * 2000turns Loading: 100Ω Core material parameter: Material Parameter Saturated Induction Density Bs = 1.2 T Material Permeability µo >8x104 Gs/Oe crystallization temperature Tx >510℃ Vickers Hardness Hv= 880 kg/mm2 Curie Temperature Tc ...