Ground polymer particle shock-absorbing bricks block the transmission of vibrations and sound waves through special material and structural designs, such as the point-distributed floating floor structure of polymer shock-absorbing bricks. When vibrations are transmitted to the shock-absorbing bricks, their elastic materials and structures can absorb and rebound the vibration waves, reducing the propagation of vibrations to other parts.

Product Features:

Good shock absorption and noise reduction effect: It can effectively absorb and block vibrations and sound waves, reducing noise pollution. For example, polymer damping shock-absorbing bricks can improve the impact sound by 15dB, meeting the national first-class standard.

Strong bearing capacity: It has a wide load capacity, which can meet the load differences per unit area. The negative pressure absorption mesh of the brick ensures the structural balance and vibration isolation after loading, and the vibration wave energy can still absorb shear after several tons of load.

Excellent environmental performance: The materials used are mostly natural and environmentally friendly materials, such as the Cork polymer base material of polymer shock-absorbing bricks and the rubber material of rubber shock-absorbing bricks, which do not contain substances harmful to the human body and no radioactive substances.

Convenient construction and installation: Some shock-absorbing bricks, such as mortise-laid shock-absorbing bricks, have changed the traditional way of building walls by bonding. They can build walls without cement, lime and other materials, shortening the construction period and reducing the labor intensity of workers.

Application Fields:

Entertainment venues: Such as Disco bars, nightclubs, etc., can be used to construct shock-absorbing "floating layers" platforms, effectively isolating low-frequency vibrations and impact sounds, and reducing noise interference to the surrounding environment.

Equipment rooms: Using shock-absorbing bricks in the construction of floating partitions and floating floors in equipment rooms can reduce the vibrations and noise generated during equipment operation and prevent their propagation to other areas.

Residential buildings: It can be used in parts such as the ground and walls of families to reduce noise generated by footsteps, furniture moving, etc., and improve living comfort.

Municipal engineering: Shock-absorbing permeable bricks can be applied to urban roads, squares and other places, which not only meet the water permeability function, but also play a role in shock absorption and noise reduction, improving the urban environment.