As the end of 2025 approaches, against the industry backdrop of the upcoming implementation of China’s new energy efficiency standards and the "quality manufacturing" inflection point in the motor industry, Jiangsu Shuaijin Electric Motor Technology Co., Ltd. (hereinafter referred to as "Shuaijin Electric Motor"), located in Nanzhan Sub-district of Jiangyin City, has become a reliable partner in fields such as transformers, home appliances, and new energy vehicles with nearly 20 years of technological accumulation and precise market layout, demonstrating the innovative vitality of the Yangtze River Delta motor industry cluster.
Founded in 2006, Shuaijin Electric Motor has grown from a traditional manufacturing enterprise to a high-tech small and medium-sized enterprise and innovative small and medium-sized enterprise with 15 patents and 4 registered trademarks after three rounds of business upgrades and brand iterations. The company focuses on EI-type, UI-type silicon steel sheets of 0.35mm and 0.5mm specifications as well as various shear sheet series products, covering both international standard models and customizable non-standard products to fully meet the core component needs of single-phase, three-phase motors and transformers. As a key part of the motor’s "heart", its products are widely used in traditional fields such as home appliances, power tools, welding, and automobile manufacturing, and have successfully entered high-end tracks including new energy vehicles and aerospace, laying a solid foundation for improving the energy efficiency of end products with the core advantages of low loss and high magnetic induction.
Amid the industry’s transformation towards high efficiency, intelligence, and greenization, Shuaijin Electric Motor accurately grasps policy orientation and technological trends. In response to the new energy efficiency labeling management regulations for permanent magnet synchronous motors to be implemented on January 1, 2026, the company has advanced the R&D and production of low-loss silicon steel sheets in advance. Through optimized electromagnetic design, its products can help terminal equipment achieve efficient operation under dynamic working conditions, perfectly complying with the new regulation’s shift from "steady-state testing" to "dynamic testing". Relying on core patented technologies such as stator lamination welding frames, Shuaijin Electric Motor has formed unique advantages in the motor iron core manufacturing field, and its stator and rotor components have successfully debuted at robotics-related industry exhibitions, becoming an outstanding representative among local supporting enterprises in Jiangyin.
Adhering to the development concept of "technology as the foundation and market as the orientation", Shuaijin Electric Motor has built a full-chain service system from R&D, production to sales. With a registered capital of 10 million yuan, the company holds complete qualifications for transformer, rectifier, and motor manufacturing as well as import and export. Its products not only cover the domestic market but also enter the global market through import and export agency services. From winning the motor procurement project of Datang Yangcheng Power Generation Co., Ltd. to providing customized silicon steel sheet solutions for leading home appliance enterprises, Shuaijin Electric Motor has won recognition from customers in various industries with stable product quality and flexible service models.
Currently, China’s motor market scale continues to expand — the market scale of washing machine motors alone reached 42 billion yuan in 2025 and is expected to increase to 68 billion yuan by 2030. Facing the broad market space, the person in charge of Shuaijin Electric Motor stated that the company will continue to focus on core technology iteration and deepen collaborative innovation with upstream and downstream enterprises. On one hand, it will increase R&D related to the localization replacement of high-end silicon steel sheets; on the other hand, it will expand supporting services in emerging fields such as industrial robots and drones, contributing more competitive products to promote industry energy efficiency upgrading and achieve high-quality enterprise development under the guidance of the "dual carbon" goals.