Silicon Steel C Core
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Silicon Steel C Core

Silicon Steel C Core Material:High-quality CRGO steels with characteristics of low iron-loss and high permeability in thickness of 0.05mm, 0.08mm, 0.1mm, 0.23mm, 0.27mm, 0.3mm, and 0.35mm.
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Description

Technical Parameters

Henan GNEE Electric Co., Ltd. is one of the leading manufacturers and suppliers of silicon steel c core in China, also supports customized service with low price. Welcome to buy discount silicon steel c core for sale here from our factory. If you have any enquiry about pricelist, please feel free to email us.

 

GNEE New Material Silicon Steel 

Silicon steel C cores are a type of transformer core made from silicon steel, also known as electrical steel or transformer steel. These cores are named for their shape, which resembles the letter "C." Silicon steel is a specialized steel alloy designed to exhibit specific magnetic properties crucial for its applications in transformers and other electrical devices.

Silicon Steel C Core Material:High-quality CRGO steels with characteristics of low iron-loss and high permeability in thickness of 0.05mm, 0.08mm, 0.1mm, 0.23mm, 0.27mm, 0.3mm, and 0.35mm.

A Silicon Steel C Core, also known as a C-shaped core or C-core, is a specific type of magnetic core used in transformers and inductors. It is called a "C-core" due to its shape, resembling the letter "C" when viewed from the side.

Silicon Steel C Core

silicon steel core
electrical steel core

 

C-Core Customized Specification As Follows

 

Model No.

Core size/mm

50HZ

400HZ

a

b

c

h≥

Weight(kg)

VA

Weight(kg)

VA

CD10×12.5×20

10

12.5

12.5

20

0.091

1.85

0.088

52

CD10×12.5×25

25

0.101

2.62

0.098

63.4

CD10×12.5×32

32

0.115

3.81

0.111

80.5

CD10×12.5×40

40

0.131

5.17

0.125

99

CD12.5×16×25

12.5

16

16

25

0.185

8.5

0.178

106

CD12.5×16×32

32

0.207

11.7

0.199

132

CD12.5×16×40

40

0.231

15.7

0.222

161.4

CD12.5×16×50

50

0.262

20

0.253

197

CD12.5×25×30

12.5

25

20

30

0.332

25.1

0.32

202

CD12.5×25×40

40

0.381

37.5

0.367

260

CD12.5×25×50

50

0.42

46.4

0.404

313

CD12.5×25×60

60

0.477

54.4

0.46

362

CD16×32×40

16

32

25

40

0.705

77.1

0.682

427

CD16×32×50

50

0.784

96.5

0.759

520

CD16×32×65

65

0.903

124

0.875

647

CD16×32×80

80

1.023

150

0.99

764

CD20×40×50

20

40

32

50

1.386

174

1.342

740

CD20×40×60

60

1.507

202

1.463

865

CD20×40×80

80

1.76

268

1.705

1114

CD20×40×100

100

2.002

329

7.947

1344

CD25×50×65

25

50

40

65

2.761

396

2.673

1453

CD25×50×80

80

3.047

474

2.948

1730

CD25×50×100

100

3.432

580

3.322

2089

CD25×50×120

120

3.828

684

3.696

2431

CD32×64×80

32

64

50

80

5.665

906

5.478

2913

CD32×64×100

100

6.292

1093

6.094

3479

CD32×64×130

130

7.227

1372

7.007

4294

CD32×64×160

160

8.195

1661

7.932

5034

CD40×80×100

40

80

64

100

11.11

1950

10.791

5608

CD40×80×120

120

12.1

2276

11.77

6487

CD40×80×160

160

14.08

2898

13.64

8198

CD40×80×200

200

16.06

3529

15.62

9791

Electrical steel Core

oriented silicon steel core
non oriented silicon steel core

 

Silicon Steel C-Core Characteristic

A closed flux path with an open structure can be formed by combining the two halves together. The bobbin and core can be produced separately and then place the core in the bobbin, which can effectively reduce production time.

All cores, unless otherwise stated, are individually tested to guarantee that they quailfy national standards and specifications. Special tests can be conducted by customer's requests.

C-Core Design:

The C-core design is characterized by a shape that resembles the letter "C." This shape allows for efficient winding of the transformer coil around the core.
Magnetic Properties:

Silicon steel is chosen for its magnetic properties, particularly its ability to magnetize and demagnetize quickly. This property is essential for the functioning of transformers.
Reducing Eddy Current Losses:

The design of C cores helps in minimizing eddy current losses. Eddy currents are circulating currents induced within the core material due to the changing magnetic field, and they contribute to energy losses in the form of heat.
Enhancing Transformer Efficiency:

C cores play a role in improving the efficiency of transformers. By minimizing losses, they contribute to a more efficient transfer of electrical energy from the primary to the secondary winding.
Applications:

C cores are commonly used in power transformers and other electrical devices where efficient energy transfer and magnetic properties are critical.
Manufacturing Process:

The manufacturing of silicon steel C cores involves precision cutting and shaping of the silicon steel sheets. The sheets are often coated or laminated to reduce losses further.

 

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