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M6 grain oriented silicon steel is a type of electrical steel that is commonly used in the production of energy-efficient and high-performance electrical equipment. It exhibits excellent properties, including high magnetic permeability, low core loss, low electrical resistivity, and high saturation magnetization. The “M6” in M6 grain-oriented silicon steel refers to the magnetic induction level at which the core loss is measured. The “M” stands for “magnetic” and the “6” indicates that the core loss is measured at a magnetic induction level of 1.6 Tesla.
The manufacturing process of M6 grain oriented silicon steel is a complex and unique operation that requires advanced technology and expertise. The primary steps involve raw material selection, melting and casting, hot rolling, annealing, cold rolling, annealing, insulation coating, cutting, and stacking. This process is crucial for achieving the desired magnetic properties and performance of the final product.
| Product Name | M6 Grain Oriented Silicon Steel |
| Standard | AISI, ASTM, GB, JIS, DIN |
| Thickness | 0.35mm |
| Width | 900mm — 1300mm |
| Core Loss (w/Kg)
1.7T/50Hz |
1.45 |
| Processing Service | bending, uncoiling, welding, punching, and cutting |
| Supply Ability | 50000 Ton/per month |
It possesses several key properties including:
– M6 grain oriented silicon steel has excellent magnetic properties compared to non grain oriented silicon steel.
– Its unique grain orientation improves magnetic flux density within the rolling process, leading to improved power performance in transformers and electric-powered motors.
– M6 silicon steel has low electrical resistivity, which decreases eddy current losses and improves the usual performance in electrical devices.
– With a high saturation magnetization, M6 electrical steel can successfully magnetize and demagnetize, making it suitable for high-frequency applications.
– M6 silicon steel significantly improves energy efficiency in electrical devices.
M6 grain orientated silicon steel is a rather specialized material that finds numerous applications across various electrical and magnetic devices because of its distinct properties. A number of the key applications include:
1. Transformers
It is commonly used in the production of electrical transformers, including audio amplifiers, current, output, and power transformers, as well as chokes and saturable reactors.
2. Generators
It is an important material in the production of large and high-performance generators.
3. Motors
It is used in the core of motors, particularly in applications where the direction of magnetic flux is not constant.
4. Other Devices
It is also utilized in the production of electrical instruments, hybrid vehicle systems, and renewable energy structures, serving as an important magnetic material.
