Services
Torque Converter Testing (Providing torque characteristics)
We conduct comprehensive torque converter testing to determine its torque characteristics, energy transmission efficiency, and operational parameters under various load conditions.
Our testing process evaluates the torque characteristics across different operating modes, ensuring accurate performance assessment. The tests are conducted in simulated real-world conditions, allowing us to verify the compliance of the torque converter's design with the requirements of transmission manufacturers.
Our testing process evaluates the torque characteristics across different operating modes, ensuring accurate performance assessment. The tests are conducted in simulated real-world conditions, allowing us to verify the compliance of the torque converter's design with the requirements of transmission manufacturers.
Lock-Up Clutch Testing in the Torque Converter
The lock-up clutch in a torque converter plays a critical role in improving transmission efficiency, reducing energy losses, and ensuring smooth operation.
Our testing evaluates load capacity, engagement dynamics, friction coefficient, and material wear resistance. The tests are performed on specialized test benches that simulate real AT operation under various working conditions, including temperature fluctuations and hydraulic pressure changes.
Our testing evaluates load capacity, engagement dynamics, friction coefficient, and material wear resistance. The tests are performed on specialized test benches that simulate real AT operation under various working conditions, including temperature fluctuations and hydraulic pressure changes.
Friction Material Testing for Transmission Clutch Packs
Friction material testing focuses on assessing performance characteristics under high temperatures and mechanical loads.
We evaluate friction coefficient stability, thermal resistance, wear rate, resistance to transmission fluid degradation, and slip conditions. Testing is conducted on specialized dynamometers, ensuring precise control over key parameters that affect the service life and reliability of automatic transmissions.
We evaluate friction coefficient stability, thermal resistance, wear rate, resistance to transmission fluid degradation, and slip conditions. Testing is conducted on specialized dynamometers, ensuring precise control over key parameters that affect the service life and reliability of automatic transmissions.
Seal Ring Testing (Rubber, Teflon)
Seal rings in hydraulic transmission systems are constantly exposed to high temperatures, pressure variations, and aggressive fluids.
Our testing procedures include evaluations of sealing integrity, fatigue resistance, dynamic load tolerance, and interaction with various types of transmission fluids. We conduct tests under both dynamic and static conditions to accurately assess wear resistance and the long-term durability of sealing materials.
Our testing procedures include evaluations of sealing integrity, fatigue resistance, dynamic load tolerance, and interaction with various types of transmission fluids. We conduct tests under both dynamic and static conditions to accurately assess wear resistance and the long-term durability of sealing materials.
Valve Body Testing
The valve body serves as the core control component for regulating the flow of transmission fluid in an AT system.
We perform comprehensive testing to assess sealing integrity, flow distribution efficiency, wear on functional surfaces, and the impact of thermal deformation. Additionally, we analyze hydraulic channel performance for cavitation effects and leakage risks, ensuring optimal valve body design and enhanced transmission control system reliability.
We perform comprehensive testing to assess sealing integrity, flow distribution efficiency, wear on functional surfaces, and the impact of thermal deformation. Additionally, we analyze hydraulic channel performance for cavitation effects and leakage risks, ensuring optimal valve body design and enhanced transmission control system reliability.
Valve Testing in the Valve Body with Various ConfigurationsValve Testing in the Valve Body with Various Configurations
Valves in the valve body play a crucial role in pressure regulation and gear shifting within an automatic transmission system. Our testing process evaluates response time, flow capacity, operational stability under fluctuating pressure and temperature conditions, and susceptibility to contamination.
We analyze potential issues such as clogging, sticking, operational instability, and the effects of hydraulic shocks on valve mechanism durability. Testing is conducted under real operating conditions to ensure precise evaluation of functional performance.
We analyze potential issues such as clogging, sticking, operational instability, and the effects of hydraulic shocks on valve mechanism durability. Testing is conducted under real operating conditions to ensure precise evaluation of functional performance.
