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Furnace Graphite Electrode Small Diameter 75mm Uses For Steel Foundry Smelting Refining

Short Description:

The small diameter graphite electrode,the diameter rang is from 75mm to 225mm.The small diameter graphite electrodes are suitable for a wide range of industries, including steel manufacturing, chemical processing, and metal casting. No matter the size of your operation, our electrodes can be customized to meet your specific requirements.


Product Detail

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Technical Parameter

Chart 1:Technical Parameter For Small Diameter Graphite Electrode

Diameter

Part

Resistance

Flexural Strength

Young Modulus

Density

C.T.E

Ash

Inch

mm

μΩ·m

MPa

GPa

g/cm3

×10-6/℃

%

3

75

Electrode

7.5-8.5

≥9.0

≤9.3

1.55-1.64

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

4

100

Electrode

7.5-8.5

≥9.0

≤9.3

1.55-1.64

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

6

150

Electrode

7.5-8.5

≥8.5

≤9.3

1.55-1.63

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

8

200

Electrode

7.5-8.5

≥8.5

≤9.3

1.55-1.63

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

9

225

Electrode

7.5-8.5

≥8.5

≤9.3

1.55-1.63

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

10

250

Electrode

7.5-8.5

≥8.5

≤9.3

1.55-1.63

≤2.4

≤0.3

Nipple

5.8-6.5

≥16.0

≤13.0

≥1.74

≤2.0

≤0.3

Chart 2:Current Carrying Capacity For Small Diameter Graphite Electrode

Diameter

Current Load

Current Density

Diameter

Current Load

Current Density

Inch

mm

A

A/m2

Inch

mm

A

A/m2

3

75

1000-1400

22-31

6

150

3000-4500

16-25

4

100

1500-2400

19-30

8

200

5000-6900

15-21

5

130

2200-3400

17-26

10

250

7000-10000

14-20

Chart 3: Graphite Electrode Size & Tolerance For Small Diameter Graphite Electrode

Nominal Diameter

Actual Diameter(mm)

Nominal Length

Tolerance

Inch

mm

Max.

Min.

mm

Inch

mm

3

75

77

74

1000

40

-75~+50

4

100

102

99

1200

48

-75~+50

6

150

154

151

1600

60

±100

8

200

204

201

1600

60

±100

9

225

230

226

1600/1800

60/72

±100

10

250

256

252

1600/1800

60/72

±100

Main Application

  • Calcium carbide smelting
  • Carborundum production
  • Corundum refining
  • Rare metals smelting
  • Ferrosilicon plant refractory

Small Diameter Graphite Electrodes Features

compact size

With a smaller diameter, they offer greater control and precision during the smelting process. This makes them highly suitable for intricate and delicate operations, where precision is of utmost importance. Their small size allows for more accurate manipulation of the smelting process, resulting in superior quality end products.

Superior Heat Resistance

They can withstand high temperatures and intense heat generated during the smelting process. This not only ensures their longevity but also enhances the overall efficiency of the smelting operation. With our electrodes, you can achieve consistent and reliable performance, even in the most demanding smelting applications.

Excellent Conductivity

This enables efficient heat transfer and distribution during the smelting process, guaranteeing optimal smelting outcomes. The combination of high heat resistance and superior conductivity ensures that our electrodes facilitate effective and streamlined smelting processes.

Short Preheating Time

Due to their smaller size, they can reach the desired operating temperature faster compared to larger electrodes. This minimizes the waiting time before commencing the smelting process, enabling greater efficiency and productivity. With our electrodes, you can significantly reduce downtime and maximize the utilization of your smelting equipment.

Long Life Span

Durability is a crucial aspect of any smelting electrode, and our small diameter graphite electrodes excel in this regard. Constructed with high-quality materials, our electrodes are specifically designed to withstand the rigors of smelting operations. They offer exceptional durability, minimizing the need for frequent replacements. This not only saves you valuable time but also reduces maintenance costs, resulting in more cost-effective smelting processes.


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