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Non-oriented silicon steel strip is an essential material used in various electrical engineering because of its precise features and characteristics. It has low core loss, high magnetic permeability, excellent insulation coating, good formability, and low price. These properties make it widely used in various industries including automobiles, renewable energy, and appliances.
Raw Material Selection — Melting and Casting — Hot Rolling — Annealing — Cold Rolling — Annealing — Insulating Coating — Slitting and Cutting
This process ensures the desired properties and quality of the final product, making it suitable for various industrial applications.
| Product Name | Non-oriented silicon steel strip |
| Thickness | 0.18mm, 0.20mm, 0.23mm, 0.27mm, 0.30mm, 0.35mm, 0.5mm |
| Width | 50mm-500mm |
| Processing Service | bending, welding, cutting, punching |
| Applications | power, communication, mechanical engineering, military industry |
| Insulating coatings | organic coating, inorganic coating, and semi-inorganic coating |
| Packing | standard export package |
| Supply Ability | 5,000tons/month |
Non-orientated silicon steel strip is a type of electrical metal that exhibits certain properties making it appropriate for numerous electrical applications. A few key features of non-oriented silicon steel strips include:
1. Random Grain Structure
Non-oriented silicon metal strips have a random grain structure, making them isotropic in nature.
2. Uniform Magnetic Properties
Obviously, this material has uniform magnetic properties due to its randomly arranged grain structure.
3. LowCore Loss
It has low low loss, which means it can efficaciously convert electric power without huge power loss because of hysteresis or eddy currents.
4. High Magnetic Permeability
This kind of metal has high magnetic permeability, allowing it to without problems magnetize and demagnetize within the presence of an alternating magnetic subject.
5. Excellent InsulatingCoating
Non oriented silicon steel strip is usually provided with an insulating coating, which prevents electric current leakage and ensures secure operation in electric devices. At the same time, this thin layer of insulation coating can guard the metal from corrosion and oxidation, making sure of lengthy-time period sturdiness in numerous environments.
6. Good Processing Ability
About processing, orientated silicon steel strips call for cautious handling at some point of cutting to maintain their magnetic properties, while non-oriented silicon steel strips are more effortlessly processed into complex shapes and sizes without compromising their magnetic properties.
7. Low Cost
Generally speaking, non-oriented silicon steel is cost-effective and widely available compared to oriented silicon steel. Plus the producing method involved in producing non oriented silicon steel, non-oriented silicon steel strips is often less costly than oriented silicon steel strips.
These features make non oriented silicon steel strips a preferred choice within the manufacturing of transformers, motors, generators, mills, and different electric devices where high performance and reliability are crucial. Some other examples include:
1. Electric Engineering: used in the production of electrical motors, transformers, and generators because of their low iron losses and high magnetic permeability.
2. Automobile Components: utilized in the production of electric vehicle additives, along with cars and charging structures, to improve strength efficiency.
3. Renewable Electricity: incorporated into wind generators and solar panels to beautify strength technology and decrease strength losses.
4. Home Equipment: located in family appliances like refrigerators, washing machines, and air conditioners to optimize energy consumption.
