Graphite Electrode with Technical Properties from CNBM

Ref Price:
$10.00 - 100.00 / m.t.
Loading Port:
Shanghai
Payment Terms:
TT or LC
Min Order Qty:
10 m.t.
Supply Capability:
100000 m.t./month

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Product Description:

TECHNICAL PROPERTIES OF GRAPHITE ELECTRODE

1.Physical and chemical index

Item

Unit

RP

HP

UHP

250-400

450-800

300-400

450-700

300-400

450-700

Electric

Resistivity

Electrode

μΩ.m

7.5-8.6

7.5-8.8

5.5-6.8

5.5-7.0

4.6-6.0

4.8-6.2

Nipple

4.5-5.5

4.0-5.0

3.5-4.5

Bending

Strength

Electrode

MPa

≥8.0

≥11.0

≥11.0

Nipple

≥15.0

≥16.0

≥18.0

Elastic

Modulus

Electrode

GPa

≤9.0

≤11.0

≤13.0

Nipple

≤13.0

≤14.0

≤15.0

Bulk

Density

Electrode

g/cm3

1.55-1.65

1.63-1.73

1.65-1.75

Nipple

1.70-1.75

1.73-1.80

1.75-1.82

Ash

Electrode

%

≤0.3

Nipple

CTE

(100-600)℃

Electrode

10-6/℃

2.00-2.50

1.80-2.00

1.30-1.50

Nipple

1.50-1.80

1.50-1.80

1.20-1.40

 

2.Recommended current carrying capacity

Nominal Diameter

(mm)

RP

HP

UHP

Current

Carrying

Capacity

Current

Density

Current

Carrying

Capacity

Current

Density

Current

Carrying

Capacity

Current

Density

in

mm

A

A/cm2

A

A/cm2

A

A/cm2

12

300

1000-13000

14-18

13000-174000

17-24

15000-22000

20-30

14

350

13500-18000

14-18

17400-24000

17-24

20000-30000

20-30

16

400

18000-23500

14-18

21000-31000

16-24

25000-40000

19-30

18

450

22000-27000

13-17

25000-40000

15-24

32000-45000

19-27

20

500

25000-32000

13-16

30000-48000

15-24

38000-55000

18-27

22

550

32000-40000

13-16

35000-55000

14-22

42000-64000

17-26

24

600

35000-41000

13-15

41000-61000

14-21

50000-73000

17-25

28

700

39000-48000

10-12

55000-82000

14-21

67000-99000

17-25

32

800

43000-54000

8-10

/

/

/

/

 

       TOLERANCCES OF ELECTRODE DIAMETERS AND LENG THES (MM)

Nominal Diameter

Actual Diameter

Length

in

mm

max

min

Black surface min

12

300

307

302

299

1800/2000

14

350

357

352

349

1800/2000/2200

16

400

409

403

400

1800/2000/2200

18

450

460

454

451

1800/2000/2200

20

500

511

505

502

2000/2200/2400

22

550

562

556

553

2000/2200/2400

24

600

613

607

604

2200/2400/2700

28

700

714

708

705

2400/2700

29

800

815

809

806

2700/3000

 

 

SIZE OF TAPER-THREAD NIPPLES AND SOCKETS(MM)

Nominal Length

Standard Deviation

Deviation of the short scale length

1800

+100

-100

-100

-275

2000

+100

-100

-100

-275

2200

+100

-100

-100

-275

2400

+100

-100

-100

-275

2700

+150

-150

-150

-300

3000

+150

-150

-150

-300

 

           FINE-GRAIN SPECIALTY GRAPHITE FXG-1

Physical and chemical index

Item

Unit

Guarantee Value

Typical Value

Max Grante Size

mm

0.8

0.8

Bulk Density

g/cm3

≥1.70

1.73

Specific Resistance

μΩ.m

≤8.5

7.5

Bending Strength

MPa

≥10.0

11.0

Compressive Strength

MPa

≥24.0

27.0

Thermal Conductivity

W/(m.k)

≥120

150

CTE (100-600)℃

10-6/℃

≤2.5

2.2

Ash Content

%

≤0.3

0.09

 

 

FINE-GRAIN SPECIALTY GRAPHITE FXG-2

Physical and chemical index

Item

Unit

Guarantee Value

Typical Value

Max Grante Size

mm

0.8

0.8

Bulk Density

g/cm3

≥1.73

1.76

Specific Resistance

μΩ.m

≤8.0

7.0

Bending Strength

MPa

≥12.0

12.5

Compressive Strength

MPa

≥31.0

34.0

Thermal Conductivity

W/(m.k)

≥130

160

CTE (100-600)℃

10-6/℃

≤2.5

2.1

Ash Content

%

≤0.3

0.09

 

               MEDIUM-GRAIN SPECIALTY GRAPHITE FCP

Physical and chemical index

Item

Unit

Guarantee Value

Typical Value

Guarantee Value

Typical Value

Guarantee Value

Typical Value

Max Grante Size

mm

2

2

4

4

8

8

Bulk Density

g/cm3

≥1.58

1.60

≥1.57

1.58

≥1.56

1.58

Specific Resistance

μΩ.m

≤11.5

10.5

≤11.5

10.5

≤12.5

11.5

Bending Strength

MPa

≥6.0

6.5

≥6.5

7.0

≥7.0

7.5

Compressive Strength

MPa

≥18.0

18.5

≥17.5

18.0

≥16.0

17.0

Modulus of Elasticity

GPa

≤9.3

7.5

≤9.3

7.5

≤9.3

7.0

CTE (100-600)℃

10-6/℃

≤2.5

2.4

≤2.5

2.4

≤2.5

2.4

Ash Content

%

≤0.3

0.09

≤0.3

0.09

≤0.3

0.09

 

MEDIUM-GRAIN SPECIALTY GRAPHITE FCG-1

Physical and chemical index

Item

Unit

Guarantee Value

Typical Value

Guarantee Value

Typical Value

Guarantee Value

Typical Value

Max Grante Size

mm

2

2

4

4

8

8

Bulk Density

g/cm3

≥1.70

1.75

≥1.69

1.73

≥1.68

1.72

Specific Resistance

μΩ.m

≤8.5

7.5

≤8.5

7.5

≤9.5

8.5

Bending Strength

MPa

≥9.0

9.5

≥9.5

10.0

≥10.0

12.5

Compressive Strength

MPa

≥30.0

31.0

≥29.0

30.0

≥30.0

31.0

Modulus of Elasticity

GPa

≤12.0

9.5

≤12.0

9.5

≤12.0

9.0

CTE (100-600)℃

10-6/℃

≤2.5

2.3

≤2.5

2.3

≤2.5

2.3

Ash Content

%

≤0.3

0.09

≤0.3

0.09

≤0.3

0.09

 

 1

FAQ

  1. What is the consumption of your Electrode?

    The comsumption of Our Electrode can be below 1.0kg/mt, and the everage is 0.5kg/mt.

  2. What is the reason of the problem of broken?

    There are several reasons, such as: Amperage is too high, the connection is not good, etc.

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Q:Graphitized coke, graphite, broken, mixed up, how to export?
The graphite powder is soft, black and gray, greasy and polluting paper. Hardness is 1~2, along the vertical direction with the increase of impurities, its hardness can be increased to 3~5. The specific gravity is 1.9 ~ 2.3. Under isolated oxygen conditions, the melting point is above 3000 degrees Celsius and is one of the most refractory minerals. At room temperature, the chemical properties of stone toner are relatively stable, insoluble in water, dilute acid, dilute alkali and organic solvents. The material has high temperature resistance and conductivity, and can be used as refractory materials, conductive materials, wear-resistant and lubricating materials.
Q:What do carbon products include?
Carbon and graphite materials are mainly carbon based non-metallic solid materials, in which carbon material is basically composed of non graphitic carbon material, and graphite material is basically composed of graphite carbon material. For the sake of simplicity, carbon and graphite materials are sometimes referred to as carbon materials (or carbon materials).
Q:What are the losses in graphite electrode?
So tell, this problem is to answer a lot, graphite under high temperature oxidation, generally around 400 degrees, began a slight oxidation, but the human eye is to be observed, with the increase of temperature, the graphite oxide will increase, this time should be used to protect gas or vacuum to protect what you said is, nitrogen protection, and general protection of nitrogen can reach more than 2000 degrees, if the high temperature to 3800 degrees, will you say that vapor formed in graphite surface. To achieve this temperature, it is necessary to add inert gas to achieve, otherwise, can not reach, generally to 4350 degrees, the graphite began to soften.
Q:Graphite powder produced by graphite electrode and what we usually call graphite is a kind of thing?
Coal tar pitch as binder is made by calcination, batching, kneading, pressing, roasting, graphitization and machining
Q:How should carbon deposits be treated?
It is very necessary to clean the throttle valve, clean the nozzle, and clean the carbon in the engine cylinder! However, in order to reduce the trouble of cleaning, it is best to join the regular application of graphene Moqi additive in lubricating oil for engine.
Q:Electrolysis of CuCl2 solutions with graphite electrodes
The energization is the electrolysis of CuCl2 solutions, i.e., redox reactions. So you can't mix ionization and electrolysis.
Q:The future of graphene
Energy storage and new display areas. Graphene has excellent conductivity and transparency. As a transparent conductive electrode material, graphene has a good application in touch screen, liquid crystal display, energy storage batteries and so on. Graphene is considered to be the most potential alternative to indium tin oxide manufacturing in touch screen manufacturing, and Samsung, SONY, Hui Rui, 3M, Dongli, Toshiba and other leading enterprises have made key research and development layout in this field. Researchers at the University of Dezhou, Austen, used KOH to chemically modify graphene to form a porous structure, resulting in a storage density of ultracapacitor near the lead acid battery. Michigan Technological University scientists have developed a unique honeycomb structure of three-dimensional graphene electrode, photoelectric conversion efficiency of 7.8%, and low price, is expected to replace platinum in solar cells applications. Toshiba Co developed graphene and silver nanowires composite transparent electrode, and achieved a large area.
Q:What's the use of carbon?
Oxidation resistant coating graphite electrode. A graphite electrode coated with an antioxidant protective layer is applied to form a protective layer that is conductive and resistant to oxidation at high temperature, thereby reducing electrode consumption during steelmaking.
Q:How can the graphite powder be processed into high quality carburizing agent? Thank you
So that impurities on the high, so basically can not be processed into so-called quality, and can leave a contact, discuss each other
Q:Graphite can be used in acid towers in chemical plants because of graphite
The popularization and use of this technology can bring about such economic and social effects: (1) the consumption of graphite electrode units is less, and the production cost is reduced. For example, a steel plant, according to the annual production level did not occur in LF refining furnace 35 week graphite electrode, refining furnace 165 consumption calculation, using anti oxidation technology of graphite electrode, graphite electrode can save 373 per year(153 tons) electrode, each year ultra high power electrode 16900 yuan computation, can save 2 million 585 thousand and 700 yuan rmb.

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