A panoramic view of Jiangsu Tianyou Xingyuan Hydraulic Technology. [Photo/WeChat account: gh_986506431b72]
Jiangsu Tianyou Xingyuan Hydraulic Technology, based in the Taixing High-Tech Zone in Taixing, Jiangsu province, is making significant strides in the high-end hydraulic components sector, traditionally dominated by foreign brands. By focusing on precision hydraulic components, the company is crafting a narrative of domestic innovation and excellence.
Since its inception, the company has prioritized precision hydraulic technology, with its efforts focused on hydraulic multi-way valves, agricultural machinery hydraulic distributors, and high-end hydraulic cylinders, developing a comprehensive competitive edge across the entire value chain.
Through independent research and development of precision grinding techniques and by using aerospace-grade wear-resistant materials, the company has reduced the flow control error of multi-way valves, making it keep within 0.5 percent.
The factory of Jiangsu Tianyou Xingyuan Hydraulic Technology. [Photo/WeChat account: gh_986506431b72]
Moreover, by integrating high-sensitivity sensors in high-end cylinders, the company has achieved millisecond-level responsiveness, breaking down foreign technical barriers and reshaping the market of Chinese hydraulic components.
Amid the wave of industrial digital transformation, the company is embedding digital and intelligent technology throughout its production and R&D processes, thereby enhancing the quality and efficiency of its growth. The company plans to allocate at least 6 percent of its annual revenue to R&D, focusing on breakthroughs in special wear-resistant materials. By leveraging digital twin technology, it aims to increase product intelligence and enhance precision control and operational stability.
Dedicated efforts have also been made by the company to establish smart workshops, featuring high-precision computer numerical control machines and robotic arms, to realize automated processing throughout the entire production line, in a bid to boost efficiency and ensure precision.