A Technical Team at The Forefront of The Industry

 Industry-leading rotordynamic design and analysis capabilities, providing professional bearing–rotor–seal system dynamic analysis to enhance system design performance and identify root causes of equipment failures. 

 Finite element analysis (FEA) of bearings, rotors, impellers, and related structures to accurately calculate stresses and deformations, optimize designs, and analyze failure causes. 

 Advanced computational fluid dynamics (CFD) analysis to accurately evaluate the performance of impellers, seals, and bearings and their impact on overall system behavior; optimize component design and precisely assess failure causes. 

 Independently developed integrated squeeze film damper (ISFD) design and high-efficiency analysis software, enabling accurate calculation of ISFD structural and dynamic characteristics. 

 Independently developed single-plane and multi-plane balancing analysis software, providing real-time on-site support for field balancing, simplifying the balancing process, and improving efficiency. 

 Independently developed high-efficiency design and analysis software for labyrinth seal products, accurately calculating leakage rates and dynamic characteristics. 

 Upgrade design of existing rolling element bearings by integrating ISFD technology to increase overall damping, enhance system stability, effectively resolve vibration issues, and precisely tune system critical speeds. 

 Upgrade design of existing hydrodynamic (journal) bearings by integrating ISFD technology to increase overall damping, enhance system stability, effectively resolve vibration issues, and precisely tune system critical speeds. 

 Customized upgrading, redesign, repair, and performance enhancement of existing customer bearings based on specific requirements; resolving vibration issues, rotor instability, and other system stability problems. 

• Labyrinth seal design
• Leakage rate calculation
• Rotordynamic parameter analysis
• API standard compliance analysis
• Upgrade and improvement of existing seal products
• Vibration analysis and suppression
• System fault diagnosis 

• Honeycomb seal design
• Leakage rate calculation
• Rotordynamic parameter analysis
• API standard compliance analysis
• Upgrade and improvement of existing seal products
• Vibration analysis and suppression
• System fault diagnosis

• Hole-pattern seal design
• Leakage rate calculation
• Rotordynamic parameter analysis
• API standard compliance analysis
• Upgrade and improvement of existing seal products
• Vibration analysis and suppression
• System fault diagnosis