Silicon Steel

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

Electrical Steel Coil CRNGO of M310 M350 M470 M600 M800 Silicon Steel Non-Grain Oriented Silicon Non grain-oriented electrical steel has homogeneous magnetic properties in all directions. They are used as core materials in rotating machines, from tiny precision electric motors to large power generators. Insulating Coating Coating types M11 M21 Component Chromium containing , semi organic coating Chromium free, semi organic coating Coating thickness(μm) 0.7~1.5 0.8~5.0

m4 m5 strip laminate grain oriented silicon steel coil M3 CRGO Cold Rolled Grain Oriented Steel Coil silicon steel sheet Electrical steel (silicon steel sheet) is mainly divided into two categories: grain-oriented electrical steel and grain non-oriented electrical steel. The direction of easy magnetization grains of oriented electrical steel is distributed along the rolling direction. The rolling direction has excellent characteristics such as high magnetic induction, low

Oriented silicon steel is an electrical steel with an easy magnetization direction parallel to the rolling direction and a silicon content of about 3%. Oriented silicon steel can be divided into two categories: general oriented silicon steel and high magnetic inductive oriented silicon steel, which are mostly used in the field of power transmission (such as transformers, etc.), and are indispensable important metal functional materials in the power, electronics and military

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

the saturation magnetization, and of embrittling the alloy when the silicon additions exceed about 2 wt.%. The embrittling effects of silicon make it difficult to produce silicon steels with more than about 3 wt.% silicon. The silicon steels are produced in two forms, highly textured grain-oriented alloys and alloys in which the grains are not oriented. Grain orientation is carried out to align the magnetic easy axis. Type Nominal thickness (mm) Tensile strength L (N/mm2)

M0H 30QG110 M4 27Q130 30q130 M5 Electrical Silicon Steel Sheet CRGO Cold Rolled Grain Oriented Steel Coil for Transformer Eliminate the air gap between the insulating layer and the outer metal shielding layer. No matter how perfect the processing technology of the metal shielding layer is, the bending deformation, cold and hot effects, etc. in its operation and construction will produce a circular flat air gap between the metal shielding layer and the insulation layer.It

0.35 - 0.65 mm Aluminum Silicon Coated Steel Coils Aluminium silicon coated steel Coil is hot-dip coated on both sides with aluminium-silicon alloy. This process assures a tight metallurgical bond between the steel sheet and its aluminium coating, producing a material with a unique combination of properties possessed neither by steel nor by aluminium alone. Application: Aluminium silicon coated steel was developed for providing more structural durability and a high yield

Baosteel CRGO B20r070 Laser Scribed Silicon Steel Baosteel AE series of new high-efficiency silicon steel products, through technological progress, reduce the energy consumption in the production process, which also reduces the carbon emissions of motor manufacturing, as well as the carbon emissions in the whole life cycle of the motor, forming the best carbon emission path. PRODUCT DETAILS Major Manufacturer BAOSTEEL, WISCO, Nippon Steel, JFE, AK Grade CRGO: 20ZDKH75,

ASTM A463 Hot Dipped Aluminum-Silicon Alloy Coated Aluminized Steel Coil Mesco Steel Aluminized steel is carbon steel coated, through the hot-dip process, with an aluminum-silicon alloy. The aluminum coating provides resistance to high temperatures and a bright appearance. The silicon promotes better adherence of the coating to the base metal. Aluminized sheet and coil will maintain their bright appearance and provide long-term service at temperatures up to 900 degrees F - a

CRGO 27Q120 oriented silicon electric steel plate slit coil of distribustion transformer The difference between oriented silicon steel and non-oriented silicon steel Non-oriented silicon steel: ferrosilicon alloy with very low carbon content. In the deformed and annealed steel sheet, its grains are distributed randomly. The silicon content of the alloy is 1.5% to 3.0%, or the sum of the silicon and aluminum content is 1.8% to 4.0%. The products are usually cold-rolled plates

Cold rolled 50W470 0.3mm 1200mm grain oriented silicon steel for transformer Oriented silicon steel: It has strong directionality, the lowest iron loss value in the rolling direction, the highest magnetic permeability, and a higher magnetic induction value under a certain magnetization field. The silicon content of oriented silicon steel is about 3%. It also requires a low content of oxide inclusions in the steel and must contain certain inhibitors (MnS, A1N) Grade Grain

Oriented electrical steel 30Q120 silicon steel plate coil Electrical steel (silicon steel sheet) is mainly divided into two categories: grain-oriented electrical steel and grain non-oriented electrical steel. The direction of easy magnetization grains of oriented electrical steel is distributed along the rolling direction. The rolling direction has excellent characteristics such as high magnetic induction, low iron loss and low magnetostriction. At the same time, it can also

50HW800 Cold Rolled Non-oriented Silicon Steel Customized silicon Steel Relationship between unoriented silicon steel sheet and oriented silicon steel sheet Unoriented silicon steel sheets are hot rolled billets or continuous casting billets into coils with a thickness of about 2.3mm. For the manufacture of low silicon products, hot rolled strip rolls are cold-rolled to 0.5MM thick after pickling. When making high silicon products, hot rolling strip after pickling (or after

High-performance oriented electrical steel​ Non-oriented silicon steel: ferrosilicon alloy with very low carbon content. In the deformed and annealed steel sheet, its grains are distributed randomly. The silicon content of the alloy is 1.5% to 3.0%, or the sum of the silicon and aluminum content is 1.8% to 4.0%. The products are usually cold-rolled plates or strips, which are mainly used to manufacture motors and generators. Item Silicon steel coil Standard JIS Place of