Tanlin carbon has set up the nations top technology research and development team from the beginning of the factory, equipped with more accurate dosage system, fully automated production equipment, just to create a more compatible with the alloy industrys raw electrode paste.

Electrode paste, also known as self-baking electrode or Soderberg paste, is made from bitumen as a diluent mixed with forged petroleum coke, electrocalcined anthracite and graphite powder. It is mainly used for the production of ferrosilicon, silicomanganese, ferrochrome, ferronickel, calcium carbide, yellow phosphorus and other smelting products.

His excellent self-baking performance can be adapted to the needs of multi-scenario industries. It is an indispensable and important material in the smelting of mineral heat furnace.

Tanlin carbon Electrode paste An essential conductive material for mineral heating furnace

Outstanding electrical conductivity: Tanlin carbon Electrode Paste has high electrical conductivity, which can efficiently conduct the electric
current and provide a solid guarantee for the normal operation of the electric furnace.
Outstanding high-temperature resistance: even in the high-temperature environment of the furnace, Tanlin carbon electrode paste can still
maintain stable performance, and will not be softened or deformed due to high temperature.
Good sintering performance: With the operation of the furnace, Tanlin Trapezoidal Electrode Paste will gradually sinter to form a dense
conductive structure, which in turn improves the conductivity and strength.
Low impurity content: Tanlin Trapezoidal Electrode Paste has very few impurities, which can effectively avoid adverse effects on the furnace
production process and product quality.
Certain mechanical strength: In the process of installation and use, Tanlin trapezoidal electrode paste can withstand a variety of external
forces to ensure stability and reliability.