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Mining Industry

With core advantages such as high power, high starting torque, constant speed, adjustable power factor, and high energy efficiency, synchronous motors are widely used to drive ball mills and rod mills in mineral processing. They are suited for the round-the-clock, heavy-duty, continuous operations of processing plants, effectively optimizing power grid quality, reducing energy consumption, and ensuring stable production line operation; they serve as the primary drive motors for large and medium-sized mineral processing projects.

Metallurgical industry

These motors drive core equipment such as rolling mills, steelmaking furnaces, and continuous casting machines. They require high precision, high overload capacity, and stable operation in high-temperature and dusty environments to support the continuity of metallurgical processes.

Construction Materials

Applied to equipment such as cement mills, crushers, and rotary kilns, these motors require dust-proof and impact-resistant capabilities. They are designed for heavy-duty, continuous operation to ensure the efficiency and stability of building material production lines.

Coal-fired Power Generation

Used to drive critical equipment such as boiler feed pumps, induced draft fans, and coal mills. Emphasis is placed on high energy efficiency and precise speed control to ensure the stable operation of power generation systems and compliance with environmental standards.

Oil, Energy, and Chemical Industry

Used for pumps and compressors in oil extraction, refining, and chemical processing equipment. These motors require explosion-proof and corrosion-resistant features to operate safely and reliably in flammable, explosive, high-temperature, and high-pressure environments.

Water Conservancy and Water Affairs

Used to drive large water pumps, gate hoists, and hydroelectric generator sets. They require high flow regulation capabilities and corrosion resistance to meet the demands of water resource management and long-term, stable operation.

Non-ferrous Metal Smelting

Serving electrolytic cells, smelting furnaces, and rolling mills, these motors require high-temperature resistance and immunity to electromagnetic interference. They are designed to operate in strong magnetic fields and high-temperature environments, ensuring the efficiency and stability of smelting processes.

Air Separation and Compression

Serving as core drives for air compressors and expanders, these motors require high-speed and high-precision operation. They ensure stable pressure and flow rates in air separation processes, with a focus on energy efficiency and reliability.