Recently, Angang Steel‘s non oriented silicon steel 0.15mm ultra-thin product 15AD1000 was successfully produced in the Silicon Steel Division, and the performance of the tested product reached the leading level in China. This achievement marks a significant breakthrough for Angang Steel in the field of high-end silicon steel manufacturing, injecting strong impetus into the enterprise‘s development towards high-end, intelligent, and green development.

Non oriented silicon steel 0.15mm ultra-thin products are widely used in key fields such as new energy vehicles and high-end electronics, and are key materials for high-performance motors and other core components. In the development of Ansteel Steel‘s Silicon Steel Division, we fully leverage the collaborative efforts of sales, research, and production to overcome multiple key technical challenges. We adopt internationally advanced micro tension control and annealing processes to achieve independent innovation breakthroughs. By optimizing the rolling process and equipment parameters, the problems of strip breakage and wrinkles in the ultra-thin strip rolling process are solved, ensuring stable rolling of products and improving production efficiency and product quality. According to relevant personnel, the successful development of ultra-thin silicon steel products has further enriched the variety of high-end silicon steel products, improved technical strength and supply capacity, and enhanced the competitiveness of Ansteel silicon steel in the high-end manufacturing industry.

Electrical steel, also known as silicon steel, is an indispensable and important soft magnetic alloy in the power, electronics, and military industries. It is also the most widely produced metal functional material, mainly used as the iron core of various motors, generators, and transformers. Its production process is complex, manufacturing technology is strict, and foreign production technology is protected in the form of patents, which are regarded as the life of the enterprise. The manufact