soderberg electrode

Product Features

• excellent electrical conductivity: Tanlin Soderberg Electrode Paste has high electrical conductivity, which can effectively conduct current and build a solid foundation for the normal operation of the electric furnace.
• Excellent heat resistance: Tanlin Soderberg Electrode Paste remains stable even at high furnace temperatures and does not soften or deform at high temperatures.
• Good sintering performance: With the operation of the electric furnace, Tanlin Soderberg Electrode Paste will gradually sinter to form a tight conductive structure, thus improving the conductivity and strength.
• Low impurity content: Tanlin Soderberg Electrode Paste has a very low content of impurities, which avoids adverse effects on the furnace production process and product quality.
• Moderate mechanical strength: Tanlin Soderberg Electrode Paste can withstand a variety of external forces during installation and use to ensure stability and reliability.

Product Parameter

Application scenario

• Mineral Furnaces: Tanlin Soderberg Electrode Paste is used in mineral furnaces such as silicomanganese furnaces, ferrosilicon furnaces, nickel-iron furnaces, ferrochrome furnaces, calcium carbide furnaces, etc. 2.
• Other types of furnaces: In addition to mineral heat furnaces, Tanlin Soderberg Electrode Paste also plays an important role in other types of furnaces, such as calcium silicate furnaces, yellow phosphorus furnaces, etc. 3.
• Electrode maintenance: Tanlin Soderberg Electrode Paste is one of the key materials for the maintenance and replacement of electrodes during the operation of electric furnaces.

AC Technology

Tanlin soderberg electrode is available in various sizes and specifications. What is the right product? This needs to be determined based on the customer’s furnace model, operating process and product characteristics. Please provide us with this information and our engineers will develop a suitable solution for you. Whether you are our customer or not, we hope you will leave us your information and discuss with us the development and use of Tanlin soderberg electrode