Kokas Minyak Bumi Semi-Grafit

Advantages of semi-graphite petroleum coke

Semi-graphite petroleum coke usually has the form of blocks or particles, and its advantages are very significant.

Exstabilitas suhu tinggi yang sangat baik

It can maintain stable performance within the temperature range of 800°C to 1500°C.

Bagus. konduktivitas

It is better than that of ordinary petroleum coke, which meets the requirements of medium and low current transmission.

Stabil sifat kimia

It has a strong resistance to acid and alkali corrosion.

Moderate hardness

It is easy to break and shape process, and its structure is dense, which has high mechanical strength.

Certain thermal conductivity

It is suitable for use in scenarios, which requires uniform heat conduction. For example, in electrode production, its moderate conductivity and thermal stability can ensure the stable operation of the electrode during use.

In addition, you can also choose low-sulfur semi-graphite petroleum coke, high-density semi-graphite petroleum coke, ultra-fine powder semi-graphite petroleum coke, or other types.

Uses of semi-graphite petroleum coke

Industri metalurgi

Carbon additive

You can use it in steel-making and iron casting processes to replenish the carbon element in the molten metal. It can adjust the carbon content to improve the mechanical properties such as hardness and wear resistance of the metal. And it is suitable for routine smelting and casting production in medium and small-sized steel enterprises.

Electrode manufacturing field

Power graphite electrodes in production

You can widely use it in scenarios such as electric arc furnace steelmaking and electric arc furnace smelting. With the conductivity and high-temperature resistance, it can meet the requirements of medium-load smelting.

Raw material for electrode paste

You can use it in the production of self-baked electrodes, which is suitable for continuous production in industrial furnaces. Such as ferroalloy furnaces, calcium carbide furnaces, etc., through self-burning to form elektroda, it can reduce production costs. And it participates in the deoxidation and desulfurization reactions, and simultaneously replenishes the carbon content of the molten steel.

Chemical and Energy Fields

Fuel additive

You can use it in industrial boilers, kilns, etc., which increases the calorific value and combustion efficiency of the fuel. While it reduces pollutant emissions, replaces some of the heavy oil or coal powder with other substances to reduce fuel costs.

Inert filling material

In some chemical reactions, you can use its chemical stability to isolate reactants, protect reaction vessels. And you can serve it as an auxiliary electrode material for electrolytic cells, because it can withstand harsh environments such as high temperatures.