Design optimization: In order to improve efficiency and reduce energy loss, the design of the hydrogen pump rotor will take into account the principles of fluid mechanics to ensure the optimal fluid flow path and minimal energy loss.

High sealing requirements: Preventing leakage is crucial when handling low-temperature liquids. Therefore, the connection between the hydrogen pump rotor and the pump body needs to have excellent sealing performance.

Durability: Faced with extreme working conditions, including low temperature and high pressure, hydrogen pump rotors must have excellent durability and reliability to ensure long-term stable operation.

High efficiency: Through optimized design, the hydrogen pump rotor can achieve efficient energy conversion, thereby more effectively transporting liquid hydrogen and reducing energy consumption.

Strong adaptability: Suitable for various application scenarios, whether it is ground storage facilities or propellant delivery required for space exploration missions.

High safety: Using materials with high strength and good low-temperature toughness, as well as strict sealing technology, ensures the safety of operation and reduces potential risks.