Non-oriented electrical steel, as a high-quality material, has attracted more and more attention for its application in large energy-saving motors. The material has unique properties and properties that can greatly improve the effectiveness and efficiency of motors. This article will introduce in detail the application of non-oriented electrical steel in large energy-saving motors, and discuss its advantages and development prospects.

Grain-oriented silicon steel: Grain-oriented silicon steel, also known as cold-rolled transformer steel, is an important ferrosilicon alloy used in the transformer (core) manufacturing industry.

Non-oriented silicon steel: Non-oriented silicon steel is a ferrosilicon alloy with very low carbon content. Its grains are randomly oriented in the deformed and annealed steel plate.

Electrical steel is a ferromagnetic material made up of iron that contains varying amounts of silicon (Si) that range from 1% to 6.5%. The development of electrical steels was brought on by electrical devices requiring steels that can decrease the dissipation of heat, an issue that results in energy wastage.

Silicon steel, an essential soft magnetic material, has established itself as a key player in contemporary industrial applications. Ranging from small-scale operations in relays and pulse transformers to large-scale use in generators, motors, and transformers, silicon steel continues to grow in importance. Its adoption has been driven by the need for more efficient energy use and the miniaturization of powerful equipment.

The main purpose of cold-rolled oriented silicon steel strip is for transformer manufacturing, so it is also called cold-rolled transformer silicon steel.

low noise oriented silicon steels offer the crucial benefit of noise reduction in electrical devices while maintaining desirable magnetic and electrical properties. Their use is particularly valuable in applications where quiet operation is essential, making them a vital component in modern electrical systems.

low noise oriented silicon steels offer the crucial benefit of noise reduction in electrical devices while maintaining desirable magnetic and electrical properties. Their use is particularly valuable in applications where quiet operation is essential, making them a vital component in modern electrical systems.

The production capacity of oriented electrical steel is growing rapidly, and the oversupply signal is already present.

The rough rolling process is because the fine MnS is precipitated in the finishing rolling process, so it is necessary to control the temperature, time and thickness of the thin slab after the rough rolling and before entering the finishing mill (MnS begins to precipitated at about 1200 ° C, and the precipitation speed is the fastest at 1100~1150 ° C when the number of γ-phases is the most, and the precipitation is basically stopped at < 950 ° C).