What is electric steel?

Electric steel is an alloy that contains iron and silicon. It can be made to make up 15% silicon, depending on the finished product. This type of steel is also called Transformer Steel, very often used to build the core of the transformers and stators of generators and engines. It is also efficient in maintaining heat, so high temperatures do not affect objects such as power lines and manufacturing machines, in which it is important to maintain temperatures for energy efficiency and longevity of the device. This increases what is called steel resistance, which prevents magnetic whirlpools that cause the accumulation of escape heat. Power also improves when larger grain sizes are used to produce silicon steel. The heat treatment of steel during production performs the task of creating a larger grain size.

GRIGHT TRUCTURE can be oriented to suit certain tasks. In silicon steel -oriented grain steel, grains are all in one direction, which means molecules face SteJné polar orientation. Electric steel is produced by a stable magnetic field, so it is safe for use in energy transformers and other applications where stable electromagnetism is important. If the required magnetic properties must be less structured, unoor oriented silicon steel, for example in engines or generators, can be used.

Electric steel is sold in stages, each defined by the level of core heat loss. An example of such a class is M19, in which this loss is relatively low, so the material is suitable for use in movement control systems. Higher loss steels are offered in grades such as M43, which do not necessarily have to be treated or brindle to relieve the voltage on the material caused by the production process.

Electric steel power further improves insulation. Oxide coating can be applied during milling, and although it is the cheapest ZPThe way to insulate steel does not hold the coating very well for stress. Coatings of enamel or varnishes offer the advantage of good insulating properties, but after the product is not a heat treatment. Higher level coatings are more versatile and last higher temperatures, but if the insulation is strong enough, excess wear of the tools used for steel processing may.