With the continuous improvement of automation in agricultural machinery, hydraulic systems have become a crucial technology for achieving automatic control and high-efficiency energy consumption. Hydraulic components are extensively applied in equipment like tractors, harvesters, and seeders, which significantly enhances the agricultural production efficiency.

Modern agriculture is increasingly inclined towards using large and efficient agricultural equipment. These devices typically require powerful and reliable hydraulic systems to support their operation, such as hydraulically-driven variable speed control systems and hydraulic braking systems.

Agricultural machinery often works in harsh environments involving heavy loads, frequent starts and stops, and therefore places high demands on the durability and reliability of hydraulic components to ensure long-term stable operation of the equipment.