With the continuous development of the wind power industry, the installation of large wind power equipment is increasing, and Tengxuan's hydraulic slip rings for wind power have entered a period of rapid development. The hydraulic rotary joint for wind turbines, also known as the hydraulic slip ring, is a critical component that enables the turbine to rotate and convert wind energy into electricity. Therefore, the wind power rotary joint is also crucial. So, how to choose a capable rotary joint manufacturer?
     As an important transmission component in the pitch control system of wind turbines, the hydraulic slip ring is a key part of the entire wind turbine system. Its precision, reliability, and service life directly affect the operational performance of the wind power system and the power generation efficiency of the turbine.
Tengxuan Wind Power Hydraulic Slip Ring
     For a long time, the domestic market for hydraulic slip rings in wind power has been monopolized by foreign brands. Leveraging 23 years of experience in dynamic sealing, Tengxuan Technology increased its technical investment starting in 2015, continuously researching the technical characteristics and processing application features of rotary joint products both domestically and internationally. Through in-depth and detailed analysis of production process technologies, Tengxuan successfully developed a highly durable hydraulic slip ring for wind power, which has received approval for a national utility model patent. This joint adopts a micro-clearance hard sealing method, which offers better sealing performance and lower leakage compared to the ring sealing methods in existing technologies, ensuring stable operation and a longer service life for the equipment. Tengxuan's hydraulic rotary joints for wind power are currently used in hydraulic pitch and semi-direct drive turbines and have been applied in multiple wind farms across the country. If you encounter any issues during installation or use, feel free to communicate with Tengxuan Technology.