Ultra-thin electrical steel is a functional material that plays a crucial role in the field of power equipment manufacturing. From a characteristic perspective, it has excellent electromagnetic performance, which can efficiently guide and convert magnetic fields. This makes it possible to effectively reduce iron core losses, improve electrical energy conversion efficiency, and greatly reduce energy waste in applications such as transformers. In terms of mechanical properties, although thin, it has good strength and toughness, which can meet complex processing requirements, such as not easily breaking or deforming when winding iron cores, ensuring manufacturing accuracy.
Widely used in various scenarios, it is the core material for high-end power transformers, reactors, transformers, etc. Especially in the current context of high energy efficiency requirements, ultra-thin electrical steel is helping to miniaturize and lightweight power equipment, in line with the trend of green and energy-saving development, providing strong support for efficient operation of the power grid, integration of new energy power, and promoting the global power industry to reach new heights.
Product
- Oriented ultra-thin electrical steel
Non oriented ultra-thin electrical steel
Thickness: 0.1 mm \ 0.08 mm \ 0.05mm \ 0.03mm
Width: ≤ 300 mm
Note: Personalized services can be provided according to customer needs
Product advantages
- Ultra thin and light: relying on advanced technology, it is precisely rolled into the ultimate thinness, which can reach below 0.1mm, saving valuable space for precision equipment and high-end electronic products, and meeting their strict requirements for miniaturization and lightweight
Excellent performance: With high magnetic permeability, it can efficiently guide magnetic field lines, reduce magnetic losses, and ensure efficient and stable power transmission; Simultaneously maintaining low rail loss characteristics, reducing unnecessary energy consumption during transmission, and achieving significant energy-saving effects
Green process guarantee: Adhering to the concepts of energy conservation, emission reduction, and green manufacturing. The entire production process, from precise planning of energy utilization, to environmentally friendly waste disposal processes, to low consumption selection of raw materials, ensures the green attributes of products in all aspects, in line with the current trend of environmental protection
Widely applicable adaptation: can be widely used in cutting-edge electronics, such as core circuit components of smartphones and tablets, to ensure precise power supply; In the high-end electromechanical field, power systems for precision instruments and intelligent robots provide stable power support; New energy vehicles assist in the efficient operation of electric motors; Smart grid, optimizing power transmission and distribution. Regardless of the power demand scenario, Huayu's ultra-thin electrical steel can empower various industries with excellent quality and help them develop and upgrade.
Application area
- Power industry:
High frequency transformer: In high-frequency transformers, ultra-thin electrical steel strips can effectively reduce iron core losses, improve transformer efficiency and power density, reduce energy losses, and are suitable for high-frequency power transformers in aerospace, communication, electronics, and other fields
Reactor: such as the saturation reactor of the converter valve, ultra-thin electrical steel is its key material, which plays an important role in protecting the thyristor inside the converter valve and ensuring the stable operation of ultra-high voltage direct current transmission projects. Inductors: Used to manufacture various inductors, such as filter inductors, energy storage inductors, etc., which can improve the quality factor and inductance of inductors, reduce volume and weight, and are widely used in power electronic equipment, communication equipment, new energy generation and other fields
Electronic information industry: Electronic Transformers: Power adapters, chargers, and other electronic products such as smartphones, computers, and tablets typically require the use of electronic transformers to achieve voltage conversion and power transmission. Ultra thin electrical steel can meet their requirements for miniaturization and high efficiency, improving the performance and battery life of electronic devices. High frequency motors: For driving motors in fields such as drones, humanoid robots, and new energy vehicles, the use of ultra-thin electrical steel can reduce eddy current losses, improve motor efficiency and power density, while also reducing motor weight and enhancing overall equipment performance
In the field of new energy: Solar power generation: In solar photovoltaic power generation systems, ultra-thin electrical steel can be used to manufacture components such as transformers and reactors in photovoltaic inverters, improving the conversion efficiency and stability of the inverters, and reducing system energy consumption and costs. Wind power generation: High performance electrical steel is required for equipment such as generators and transformers in wind turbines. Ultra thin electrical steel can meet the requirements of high magnetic induction and low loss, improve power generation efficiency and equipment reliability, and reduce operation and maintenance costs
Medical equipment industry: X-ray machine power supply: In high-frequency medical X-ray machine power supply, ultra-thin electrical steel can be used to manufacture components such as transformers and reactors, providing stable high-frequency and high-voltage power supply to ensure the normal operation and imaging quality of the X-ray machine. Linear accelerator modulation power supply: Linear accelerator is a large medical equipment used for tumor radiation therapy. Ultra thin electrical steel can be used to manufacture key components in its modulation power supply, ensuring high precision and stability of the equipment
Other fields: Industrial automation equipment: In the motors, transformers, sensors and other equipment of industrial automation production lines, ultra-thin electrical steel can improve the performance and reliability of the equipment, reduce energy consumption and maintenance costs, and improve production efficiency and product quality
Smart home appliances, such as variable frequency air conditioners, variable frequency refrigerators, variable frequency washing machines, etc., typically require high-performance electrical steel for compressor motors, fan motors, etc. Ultra thin electrical steel can meet their energy-saving, high-efficiency, and low-noise requirements, improving the performance and user experience of home appliances.
