Recently, a high-performance 3T medium-frequency induction melting steel shell furnace has completed full commissioning and is ready to be shipped to Angola, injecting strong power into the local metal melting industry. This induction melting furnace is not a single unit, but a complete melting solution encompassing transformers, series resonant medium-frequency power supply cabinets, steel shell furnaces, closed cooling towers, hydraulic stations, and tilting devices. The medium-frequency induction melting furnace, as the core component, stands out as a highlight of this export due to the structural advantages of the steel shell furnace and the high efficiency of induction melting technology.
As the core of the entire system, the 3T steel shell furnace adopts a one-piece molding design made of high-strength steel. Compared to traditional furnace bodies, it possesses higher structural stability and impact resistance, capable of handling long-term, high-load melting operations and effectively extending the equipment's service life. Its integrated medium-frequency induction melting technology enables this induction melting furnace to achieve a revolutionary breakthrough in melting: through precise control of the series resonant medium-frequency power supply cabinet, electrical energy can be efficiently converted into induced heat energy, directly acting on the furnace charge. This not only increases the melting speed by more than 30% compared to traditional equipment, but also allows for precise control of the melting temperature, ensuring the purity and uniformity of the molten steel, perfectly meeting Angola's demand for high-quality metal materials.
The synergistic advantages of the entire equipment are equally significant: a dedicated transformer provides stable and reliable power support for the medium-frequency induction melting steel shell furnace, ensuring continuous and uninterrupted melting; the closed cooling tower uses efficient heat exchange technology to precisely control the equipment's operating temperature, preventing overheating from affecting melting efficiency; the linkage design of the hydraulic station and the tilting device makes the molten steel pouring operation smoother and more precise, reducing manual labor intensity and significantly improving production safety. From the core heating of the induction furnace to the stable support of the steel shell furnace, from the intelligent control of the power supply cabinet to the efficient coordination of the auxiliary systems, the entire system achieves the core advantages of "advanced technology, stable performance, and convenient operation."
The successful export of this 3T medium-frequency induction melting steel-shell furnace not only demonstrates the strength of my country's metallurgical equipment manufacturing technology but will also provide crucial support for industrial upgrading in Angola. In the future, this core piece of equipment, combining the durability of a steel-shell furnace with the high efficiency of a medium-frequency induction melting furnace, will play a vital role in metal smelting, machinery manufacturing, and other fields, injecting new vitality into the local economy.
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