Project Overview Medium frequency induction complete equipment consists of multiple subsystems, including the medium frequency power supply, furnace body, cooling system, automation control system, and hydraulic system. Among these, the hydraulic sys...
Medium frequency induction complete equipment consists of multiple subsystems, including the medium frequency power supply, furnace body, cooling system, automation control system, and hydraulic system. Among these, the hydraulic system undertakes critical actuation tasks such as furnace tilting, furnace cover lifting, and discharge mechanism driving, making it one of the core components that ensure safe, efficient, and continuous operation of the equipment. As the executive components, hydraulic cylinders directly impact the operational efficiency and safety of the entire production line through their stability and reliability.
Taking the medium frequency melting furnace as an example, during the melting process, the hydraulic system must precisely control the tilting angle of the furnace body to achieve smooth tapping of molten steel or iron. In front-of-furnace operations, hydraulic cylinders drive the opening and closing of the furnace cover and the lifting of electrodes. Therefore, customized design of hydraulic systems and matching cylinders based on different furnace types and working conditions is a critical technical approach to enhancing overall equipment performance.
The equipment features a compact size and light weight, high efficiency, low power consumption, rapid melting and temperature rise, easy temperature control, and high production efficiency.
Medium frequency melting equipment is widely used in the machinery manufacturing industry for melting and casting various castings, such as automotive parts, marine components, and machinery equipment. Additionally, the technology is employed in manufacturing high-precision molds and tools. The equipment offers advantages including high efficiency and energy savings, easy and precise control, environmental friendliness, and the ability to integrate with production lines for continuous processing.
The realization of these advantages relies heavily on the hydraulic system's precise control and stable output in operations such as furnace tilting and material discharge.
Since 2016, YueChuang Hydraulic has established a strong cooperative partnership with Shandong Rongtai Induction Technology Co., Ltd., a subsidiary of Haomai Group – a leading high-end equipment manufacturer. From supplying hydraulic power units and cylinders, to evolving from standalone hydraulic component supply to collaborative research and development, the two companies are moving forward together in an increasingly close partnership.
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