Damping shock absorbers have the advantages of composite vibration isolation and noise reduction, low natural frequency, and good vibration isolation effect.
In order to further adapt to the needs of modern building development, technological improvements have been made by designing and manufacturing ZD, ZTE, JA, ZGT type damping spring composite shock absorbers. The combination of damping springs and rubber damping pads overcomes their shortcomings, with composite vibration isolation and noise reduction, low natural frequency, good vibration isolation effect, and superior isolation of solid sound transmission, especially for isolating high-frequency impact induced sound transmission. It is an ideal product for positive and negative vibration isolation.
Introduction to Damping Shock Absorbers: Function
(1) Damping can effectively reduce the resonance amplitude present in mechanical structures, further preventing structural damage caused by reaching the limit of dynamic stress.
(2) Damping can help mechanical systems recover to the required stable state in a very short period of time after an unexpected momentary impact.
(3) In dynamic environments, job organizations typically require high seismic resistance and dynamic stability, which can be addressed through various damping measures.
(4) Damping can effectively assist in reducing the ability to transmit oscillations in structures.