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HXSCO -  Leader manufacturer in Electrical Steel

HXSCO is a leading electrical steel manufacturer in China. We have over 15 years of experience in the metal industry. With us, you'll get complete metal solutions. Our services cater to various sectors and provide one-stop solutions.

We are committed to excellence and innovation, ensuring top-quality products and services. Our range includes precision-engineered electrical steel products and customized solutions.

We operate state-of-the-art manufacturing facilities and employ skilled professionals. At HXSCO, customer satisfaction is our priority. Choose us for reliable and cost-effective metal solutions.

Types Of Electrical Steel - HXSCO
professional China electrical steel supplier

Grain-oriented electrical steel (GOES) is a particular type of electrical steel. It is known for its excellent magnetic properties. It has a uniform crystal orientation that allows for efficient magnetization and demagnetization.

The unique grain structure of grain-oriented electrical steel reduces energy loss. This feature makes it perfect for transformer cores and other high-performance electrical applications.

Grain-oriented electrical steels are standard in power transformers, generators, and other electrical equipment. It is also helpful in machines requiring precise magnetic flux control. Its superior magnetism ensures top performance. It provides better energy efficiency and reliability.

NGOES is a type of magnetic material. It is widely used in electrical appliances and equipment. The reason is that it has excellent magnetic properties. Those characteristics make it suitable for many uses in the electrical industry.

NGOES has uniform magnetic properties in all directions. It allows for efficient energy transfer and minimizes energy loss. This material is used in making motors, transformers, and generators. It supports high efficiency and reliability in those motors.

Special characteristics of silicon steel

Silicon steel is a type of electrical steel. It has high magnetic permeability, low core loss, and excellent electrical resistivity.

In addition, silicon steel has high resistivity. This high resistivity helps prevent the flow of eddy currents. These are undesirable currents caused by changes in magnetic fields. The reduction of eddy current cuts energy losses and boosts electrical equipment efficiency.

Besides, silicon steel is usually coated with a thin insulating layer. It prevents eddy currents between layers. It improves their magnetism.

Overall, the unique properties of silicon steel make it essential. It is vital for making efficient and reliable electric motors.

Special characteristics of silicon steel

custom electrical steel

custom electrical steel

HXSCO is committed to meeting your electrical steel specifications with high precision.

We offer different types of electrical steel. For example, non-grain-oriented, grain-oriented, and silicon steel.

Common models: such as Q195, Q215, Q235, etc.
High permeability models, such as 23Q100, 23Q110, 23ZH85, etc.
Ultra-low loss models: e.g., 35CS210, 35CS250, 35CS270, etc.
We offer a full range of electrical steel. It is made from unique, stainless, and carbon steel.

HXSCO can produce custom high-quality electrical steel. The company also meets construction standards, automobiles, light industry, and electricity. We have 15+ years of experience. HXSCO can meet all your custom electrical steel needs. This company's Expertise and versatility make it stand out among electrical steel suppliers. Contact us now!

Advantages of Stainless Steel - your Stainless Steel supplier online

A key feature of electrical steel is its high magnetic permeability. It allows for efficient magnetic flux in electrical transformers and motors. This property reduces energy loss and improves the overall efficiency of electrical devices.

Another critical benefit of electrical steel is its low core loss. It refers to the energy dissipation in the material. It happens when it is subjected to changing magnetic fields. This low core loss makes heat during operation minimal. It ensures that the electrical steel is ideal for high-performance electrical equipment.

Electrical steel has magnetic properties. It also has excellent uniformity and consistency. These properties ensure reliable performance across various applications. Its high electrical resistivity makes it great for electrical applications. It reduces eddy current losses.

Regarding availability, all electrical steel manufacturers offer stainless steel. However, their prices and qualities vary. Usually, it is expensive due to its premium features and alloy elements. So, choose the manufacturer with low prices and optimal reliability.

Contact HXSCO, your trusted electrical steel manufacturer and supplier in China.

High Magnetic Permeability

High Magnetic Permeability

Hysteresis loss occurs when a magnetic material is in a varying magnetic field. The eddy current loss occurs when a varying magnetic field delivers a current in a conductor. Electrical steel has low losses in both areas. Therefore, it can change its magnetic orientation. It can also conduct current with minimal energy loss. It is normal when it faces changing flux strengths or magnetic fields. 

Type: B50A470 electrical steel is often used in high-efficiency motors and generators. They ensure efficient use of energy due to their low loss characteristics.

Low hysteresis loss and low eddy current loss

Low hysteresis loss and low eddy current loss

Hysteresis loss occurs when a magnetic material is in a varying magnetic field. The eddy current loss occurs when a varying magnetic field delivers a current in a conductor. Electrical steel has low losses in both areas. Therefore, it can change its magnetic orientation. It can also conduct current with minimal energy loss. It is normal when it faces changing flux strengths or magnetic fields. 

Type: B50A470 electrical steel is often used in high-efficiency motors and generators. They ensure efficient use of energy due to their low loss characteristics.

Good formability

Good formability

Electrical steel is highly formable. It can be easily molded or changed into complex shapes without cracking or breaking. This property makes electrical steel flexible in manufacturing. It allows it to meet the needs of many complex-shaped cores.

Types: Specific types may vary depending on the manufacturer and application. Electrical steels are often used to make electrical equipment. Thanks to their property of formability, which allows it to adopt any shape.

Good corrosion resistance

Good corrosion resistance

Electrical steel resists corrosion well. Therefore, it can be used in harsh environments without being harmed by rust. This property ensures the stability and reliability of electrical steel during long-term use.

Typical model: 35W230 steel is often used to make small and medium-power engines. The excellent corrosion resistance allows it to work in various operating environments.

Applications Of Electrical Steel

HXSCO - Your Trusted Electrical Steel Metal Supplier And Manufacturer

Transformers

Electrical steel is widely used in the core of power transformers. Thanks to its excellent magnetic properties. It enables efficient energy transfer by minimizing energy loss and heat generation. Thus, it enhances the overall performance and reliability of transformers.

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Electric Motors

Electrical steel is essential for the construction of electric motors. Such motors are used in various applications. These include industrial machinery, appliances, and automotive systems. Features such as high magnetic permeability and low core loss make motors better. They are more efficient and reliable.

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Generators

Electrical steel plays a crucial role in generators. This is because it provides the needed magnetic properties. These properties convert mechanical energy to electrical energy. It ensures high energy efficiency. It also keeps generators stable in power generation facilities.

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Inductors and Chokes

Electrical steel is also commonly used with inductors and chokes. They store and control electrical energy in circuits. Thanks to their magnetic properties, they allow for practical energy storage and regulation. Good energy storage is critical. This ensures smooth operation and performance in electronic devices and power systems.

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