Low-resistance Graphite Electrodes For Foundries

Low-resistance Graphite Electrodes For Foundries

Low-resistance graphite electrodes are a kind of electrode used in foundries and which are facilities that produce metal castings by melting and pouring molten metal into a mold. Foundries require electrodes that can endure the high temperatures of the melting process and at same time maintaining electrical conductivity and durability.
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Products Description

Low-resistance graphite electrodes for foundries

Low-resistance graphite electrodes are essential components in the foundry industry. They are widely used in electrical arc furnaces for smelting and melting various metals such as steel, copper, aluminum, and more. These electrodes are made of high-quality graphite, which offers excellent electrical conductivity due to its low resistivity.

The low-resistance graphite electrodes are preferred in foundries because they offer a more efficient and cost-effective solution. They provide low voltage drop, high current carrying capacity, and longer service life. These electrodes can operate efficiently even at lower voltages, thus reducing energy consumption while increasing productivity. Additionally, they emit low amounts of harmful gases and particles, making them environmentally friendly.

The manufacturing process for low-resistance graphite electrodes starts with selecting high-quality raw materials such as petroleum coke, pitch, and high-grade graphite. These materials are mixed and compacted under high pressure, then baked at high temperatures to form a solid and homogenous electrode. The electrode is then machined to achieve precise dimensions suitable for the specific furnace.

In conclusion, low-resistance graphite electrodes offer an excellent solution for foundries that require efficient and reliable electrodes to operate their electrical arc furnaces. With their low energy consumption, high current carrying capacity, and longer service life, they offer a cost-effective and sustainable solution to the melting and smelting of metals.

Products parameters

Graphite Electrodes diameter and allowable deviation

 

UNIT (MM)

Name

Nominal Diameter

mm

Actual

Maximum

Diameter

mm

Actual Minimum Diameter

mm

Nominal Length mm

 

 

 

 

 

UHP/HP Graphite electrode

100

102

107

1700/1800/1900/2700

150

152

157

1600/1800/1900

200

205

202

1600/1800/1900

250

256

251

1600/1800/1900

300

307

302

1600/1800/2000

350

358

352

1600/1800/2000

400

409

403

1600/1800/2000/2200

450

460

454

1600/1800/2000/2200

500

511

505

1800/2000/2200/2400

550

562

556

1800/2000/2200/2400/2700

600

613

607

2000/2200/2400/2700

650

663

659

2000/2200/2400/2700

700

714

710

2000/2200/2400/2700

750

765

761

2000/2200/2400/2700

 

 

 

Graphite Electrode Production Process

 

1 1001

1 2

Applications

Non-ferrous metal production: They are used in DC EAFs when produce non-ferrous metals, for example, copper, aluminum, and zinc. The electrodes offer electrical conductivity and produce high temperatures needed to melt the raw metal and clean impurities.

Recycling: Graphite electrodes are used widely in DC EAFs during the process of recycling of scrap metal. The electrodes help to melt and refine the scrap metal into high-quality metal products that can be reused.

Packing and shipping of RP graphite electrode

 

Packing and Shipping

Finished Graphite Electrodes are packed according to customers' requirements, shipped via containers or trucks, and provided with perfect after-sales service.

Packing-and-transportation1

Packing-and-Shipping

 

 

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