Oriented silicon steel, commonly referred to as CRGO (Cold-Rolled Grain-Oriented), is a highly specialized silicon steel material that holds a paramount position in the manufacturing of electrical equipment and transformers. This material, distinguished by its unique magnetic properties, serves as a cornerstone in the power industry and electrical manufacturing sectors. CRGO silicon steel is composed primarily of silicon and iron, with silicon content typically ranging from 1.5% to 4.5%. Through a rigorous cold-rolling process, the magnetic domains within CRGO are meticulously aligned, resulting in exceptional magnetic conductivity along specific directions. This alignment is crucial as it enables CRGO to dramatically reduce iron losses and significantly enhance the efficiency of transformers, reactors, and other electrical devices. The versatility of CRGO silicon steel spans across a wide range of applications. From large-scale power transformers that form the backbone of national grids to transformers embedded in small household appliances, CRGO contributes significantly to the stable operation and energy-saving capabilities of electrical systems. Moreover, its applications extend into high-voltage transmission equipment, power supply systems for urban rail transit, and renewable energy sectors such as wind and solar power generation. CRGO silicon steel's unique characteristics, including low core loss and high permeability, make it indispensable in the power industry. As the global focus on energy conservation and emission reduction intensifies, the demand for CRGO silicon steel continues to grow. Its extensive applications not only improve the energy efficiency and stability of electrical equipment but also contribute to a more sustainable future. In summary, CRGO silicon steel is a material with exceptional magnetic properties that plays a vital role in the electrical industry. Its diverse applications and significant contributions to energy efficiency and sustainability make it a cornerstone in the ongoing evolution of power systems worldwide.

In the realm of materials science, there exists a star that shines brightly in the field of electrical engineering – orientation silicon steel, or simply, oriented silicon steel. This isn't just any ordinary metal; it's a technological wonder that revolutionizes the way we think about electricity and magnetism. Imagine a material so refined and engineered that it exhibits exceptional magnetic properties, making it the go-to choice for transformers and other electrical devices. Oriented electrical steel undergoes a complex manufacturing process involving rolling and annealing to align its magnetic domains in a specific direction. This alignment is crucial, as it significantly reduces energy loss during the transformation of electrical energy, enhancing efficiency by leaps and bounds. But why should we care? Well, in today's world where sustainability and energy efficiency are paramount, every little bit of energy saved counts. Transformers equipped with orientation silicon steel play a pivotal role in reducing electricity wastage, thereby contributing to greener, more eco-friendly power grids. Moreover, the material's thin gauge and high permeability allow for more compact transformer designs, making it an invaluable asset in the ever-shrinking world of electronics. From large-scale power stations to the tiny transformers inside our gadgets, orientation silicon steel is there, silently working its magic. So, the next time you marvel at the seamless flow of electricity that powers your life, remember the unsung hero behind the scenes – orientation silicon steel. It's a material that's not just about steel; it's about innovation, efficiency, and a brighter, more sustainable future.

In the previous article, we know that silicon steel can be divided into oriented silicon steel and non-oriented silicon steel, which have different uses. So what are the uses of these two similar silicon steels? Today’s article will tell you. Use of Oriented Silicon Steel Oriented silicon steel, or CRGO, is an important soft magnetic material in the military and electronic industries, mainly used as high-frequency transformers, high-power magnetic amplifiers, pulse generators, general yoke coils, inductors, storage and memory components, switches and control components, magnetic shielding, and transformers operating under vibration and radiation conditions. Compared with other materials such as ferrite and amorphous materials, the iron core can be made very small due to the high saturation magnetic induction and high magnetic permeability of the 3% Si-Fe thin strip. Because it is a cold-rolled strip, it has a smooth surface, small differences between the same plates, good plate shape, and good processing performance. It can be made into iron cores of various shapes and specifications such as CD type, ring type, and rectangular type. It has a wide range of applicationsand wide frequency range (50H-20KH). Use of Non-oriented Silicon Steel Non-oriented silicon steel is mainly used in motors: Gap motors (water pumps) mainly use cold-rolled, non-oriented, uncoated silicon steel. Motors for electric welding machines are divided into DC motors and AC motors. DC motors can use uncoated cold-rolled silicon steel, and AC motors mainly use coated 600 non-oriented silicon steel. Air compressor, and pneumatic pump motors can also use uncoated cold-rolled silicon steel. The micro motors used in small household appliances mainly use non-oriented 470. Most of the motor used in CNC machine tools is 470. Motors for air conditioning compressors mainly use 600, 800, 1000, and 1300 silicon steel. Air compressor Silicon steel occupies a very important position in electrification construction. In a sense, the amount of silicon steel sheets used in a country can measure the degree of electrification in the country. Therefore, in the long run, electrical steel has great development prospects. Have any questions or requirements about silicon/electrical steel, feel free to contact us.

In the previous article, we know that silicon steel can be divided into oriented silicon steel and non-oriented silicon steel, which have different uses. So what are the uses of these two similar silicon steel? Today’s article will tell you.   Use of Oriented Silicon Steel Oriented silicon steel, or CRGO, is an important soft magnetic material in the military and electronic industries, mainly used as high-frequency transformers, high-power magnetic amplifiers, pulse generators, general yoke coils, inductors, storage and memory components, switches and control components, magnetic shielding, and transformers operating under vibration and radiation conditions. Compared with other materials such as ferrite and amorphous materials, the iron core can be made very small due to the high saturation magnetic induction and high magnetic permeability of the 3% Si-Fe thin strip. Because it is a cold-rolled strip, it has a smooth surface, small differences between the same plates, good plate shape, and good processing performance. It can be made into iron cores of various shapes and specifications such as CD type, ring type, and rectangular type. It has a wide range of applicationsand wide frequency range (50H-20KH). Transformer made of CRGO   Use of Non-oriented Silicon Steel Non-oriented silicon steel is mainly used in motors: Gap motors (water pumps) mainly use cold-rolled, non-oriented, uncoated silicon steel. Motors for electric welding machines are divided into DC motors and AC motors. DC motors can use uncoated cold-rolled silicon steel, and AC motors mainly use coated 600 non-oriented silicon steel. Air compressor, and pneumatic pump motors can also use uncoated cold-rolled silicon steel. The micro motors used in small household appliances mainly use non-oriented 470. Most of the motor used in CNC machine tools is 470. Motors for air conditioning compressors mainly use 600, 800, 1000, and 1300 silicon steel.   Moter core made of CRNGO Silicon steel occupies a very important position in electrification construction. In a sense, the amount of silicon steel sheets used in a country can measure the degree of electrification in the country. Therefore, in the long run, electrical steel has great development prospects.