Pressure Testing: Pressure testing involves applying hydraulic pressure to components or systems to verify their ability to withstand operating pressures without failure. This type of testing helps identify leaks, assesses the strength of materials and ensures compliance with pressure-related standards and regulations.

Leak Testing: Leak testing focuses on detecting and locating any leaks or fluid losses within hydraulic systems. This type of testing utilizes various methods such as pressure decay testing, bubble immersion testing or tracer gas testing to identify even the smallest leaks and prevent potential hydraulic failures.

Performance Testing: Performance testing evaluates the operational capabilities and efficiency of hydraulic systems under various conditions. It assesses factors such as flow rate, speed, power output, and response time to ensure optimal performance and functionality.

Functional Testing: Functional testing evaluates the overall functionality and operation of hydraulic components or systems, including valves, pumps, actuators and control systems. It verifies that all components perform their intended functions correctly and interact seamlessly within the hydraulic system.

Durability Testing: Durability testing assesses the long-term performance and reliability of hydraulic components or systems under continuous or cyclic operating conditions. It helps predict component lifespan, identify potential wear issues and optimize maintenance schedules to extend the service life of hydraulic equipment.Seal Testing: Seal testing evaluates the integrity and effectiveness of seals and gaskets within hydraulic systems. It ensures proper sealing to prevent fluid leakage, contamination and system failure, especially in high-pressure or critical applications.