Equipment Vibration Reduction: Satellites and space stations are equipped with a multitude of precision instruments and devices, such as optical cameras and scientific experimental apparatus. These devices are highly sensitive to vibration environments, and even minor vibrations can affect their normal operation and measurement accuracy. Isolators can effectively isolate the vibrations generated by the equipment, preventing the transmission and amplification of vibrations between different components, ensuring the stable operation of the instruments and improving the accuracy of data collection and experimental results.

Docking Buffering: During the docking process of spacecraft, significant impact forces and vibrations are generated. Isolators can be installed in the docking mechanism, and through their excellent damping characteristics, they can absorb and dissipate energy, reducing the impact force at the moment of docking. This protects the spacecraft structure from damage and also helps to achieve smooth and precise docking.

Engine Vibration Reduction: The engines of launch vehicles generate intense vibrations during operation. If these vibrations are not controlled, they can be transmitted to other parts of the rocket, affecting its overall performance and reliability. Isolators can be installed at the engine mounting locations to effectively isolate and attenuate the vibrations generated by the engines, reducing the impact of vibrations on the rocket’s structure and internal equipment.

Vehicle Structure Vibration Reduction: During rocket flight, vibrations in the vehicle structure can be caused by factors such as aerodynamic forces and changes in engine thrust. Isolators placed at key locations on the vehicle structure can improve the dynamic characteristics of the vehicle, reduce vibration response, and enhance the stability and safety of rocket flight.