A damping spring shock absorber is composed of multiple combination spring groups, upper and lower steel plates, and rubber anti slip pads pasted on the outer surface of the steel plates.

High damping spring shock absorbers have the advantages of combining low-frequency and spring shock absorbers, eliminating the resonance amplitude fluctuation phenomenon of spring shock absorbers and solving the problem of high natural frequency of rubber shock absorbers. They are an ideal active and passive isolation product.

Traditional spring isolators neglect displacement control while achieving acceleration control effect, and their living comfort cannot be guaranteed.

Nonlinear vibration isolators, while addressing acceleration control, increase damping through displacement when external excitation suddenly increases, resulting in rapid energy attenuation and control of building dynamic displacement, improving comfort without producing a "shaking" sensation.