Coke powder ball press machine

Coke powder is mainly a powdery metallurgical coke! Metallurgical coke is a general term for blast furnace coke, casting coke, ferroalloy coke, and coke used in non-ferrous metal smelting. Due to the fact that over 90% of blast furnace coke is used for blast furnace ironmaking, it is often referred to as metallurgical coke. The main part of coke powder, coke, is made from bituminous coal through a high-temperature coking process. After being pressed and shaped by professional coke powder pressing equipment, this coke powder is mainly used for blast furnace ironmaking and blast furnace smelting of non-ferrous metals such as copper, lead, and zinc, serving as a reducing agent, heating agent, and material column skeleton.
Casting coke powder is a type of coke specifically used for melting iron in iron furnaces. Casting coke powder is the main fuel for melting iron in iron furnaces. After the casting of coke powder balls, their function is to melt the furnace material and overheat the molten iron, supporting the material column to maintain its good breathability. Therefore, the molded coke powder ball should have the characteristics of large block size, low reactivity, low porosity, sufficient impact crushing strength, and low ash and sulfur content.

Gongyi Tengda coke powder ball pressing machine is a new type of ball pressing equipment improved based on customer feedback and the physical characteristics of coke powder. The machine is mainly used for deep processing and forming of materials such as coal powder, coal slurry, coke powder, iron ore powder, iron oxide scale, refractory materials, etc.
Due to the high cost-effectiveness of the coke powder rolling machine, the products produced have the three high characteristics of high density, high strength, and high hardness. In addition, the rolling roller of this machine is made of 650mn hard material, which has good wear resistance. Effectively improved the service life of the pressure roller. The main structure of the coke powder ball press machine consists of a transmission system, a main frame, a reducer, a belt conveyor, a pre pressing device, a ball groove alignment device for the roller sleeve, a hydraulic system, and an electronic control.

1. High quality processing materials: The coke powder ball press machine produced by our factory can be adjusted by hydraulic pressure to enhance pressure strength. The wheels are all forged with 65 manganese and nine chromium two molybdenum, with a hardness of over 60 levels. It uses exclusive high anti-wear treatment technology, which increases the service life by 5-8 times.
2. Wide application fields: The coke powder pellet press can be used to press various powders, powders, wastes, and waste residues such as coal powder, iron powder, coke coal, aluminum powder, iron filings, iron oxide scales, carbon powder, carbon powder, slag, gypsum, tailings, sludge, kaolin, activated carbon, coke powder, etc. It is widely used in industries such as refractory materials, power plants, metallurgy, chemical industry, energy, transportation, and heating. The materials produced by the pellet press are energy-saving, environmentally friendly, easy to transport, and improve the utilization rate of waste, with good economic and social benefits.
3. Unique production formula: The coke powder pellet press produced by our factory is a new generation of coke powder pellet press equipment that is continuously improved and debugged based on customer feedback and the physical characteristics of coal powder and coke powder, on the basis of the original pellet press. At the same time, technicians from Henan Jinshida have also developed a specialized formula for coke powder ball pressing adhesive, saving a lot of funds and maintenance costs.
4. Advanced working principle: The coke powder ball press machine simultaneously transmits power to two pressure rollers through a reducer, and causes the two pressure rollers to rotate towards each other. During the rotation of the two pressure rollers, the material naturally enters the ball mold on the pressure rollers. With the rotation of the pressure rollers, the pressure borne by the material increases slightly. When the material rotates to the line contact point between the two rollers, the pressure borne by the material has reached its peak. Under the immense linear pressure, the material transforms from powder to finished balls.