High-performance electrodes designed for electric arc furnaces and ladle furnaces, ensuring efficient melting and stable conductivity.
Durable anode materials for aluminum electrolysis and other industrial applications requiring consistent electrical performance.
High-purity carbon additives used to adjust carbon content and improve the quality of steel and cast iron.
Graphite electrodes play a crucial role in electric arc furnaces, which are widely used in steelmaking. They conduct large amounts of electrical energy to generate high-temperature arcs, melting scrap steel and other raw materials to produce molten steel. This application enables efficient and flexible steel production, especially for recycling steel scrap.
Ladle furnaces utilize graphite electrodes to refine molten steel after primary melting. They provide the necessary heat for processes like adjusting the chemical composition (adding alloys), homogenizing the temperature, and removing impurities. This ensures the steel meets precise quality standards for different applications, from construction to automotive industries.
In submerged arc furnaces, graphite electrodes are essential for producing ferroalloys. The electrodes create arcs beneath the surface of the charge (a mixture of ores, reductants, etc.), generating intense heat to reduce and alloy metals. This process is vital for manufacturing various ferroalloys used to improve the properties of steel, such as increasing its strength and resistance to corrosion.
Our modern production facilities are equipped with cutting-edge machinery and advanced technology, ensuring top-quality graphite electrodes and carbon additives. With high-efficiency mixers, extruders, precision furnaces, and comprehensive testing instruments, we combine scale, innovation, and strict quality control to deliver reliable products you can trust.