Overview

Shock absorber is a necessary component for sound insulation engineering. Its unique damping properties can cut off the transmission of sound, especially for the low frequency range of subwoofers in entertainment venues. Otherwise, no matter how many sound insulation materials are used, the sound separated from the room. Therefore, it is a very important facility in sound insulation engineering. It can be used as a pipe boom in equipment rooms such as water pump rooms to restrain the transmission of low-frequency sound, and the effect is obvious.

Ceiling damper (also known as ceiling spring damper, ceiling spring damping hook, ceiling damping hook, ceiling spring hook), is used for full-range audio, subwoofer shock absorption, ventilation pipes, drainage pipes It is a necessary component of vibration and sound insulation. Its unique damping rubber block can cut off the transmission of the sound bridge, especially for places with subwoofers such as entertainment venues, especially nightclubs, ktv, bars, hi bars, and slow shake bars. Otherwise, no matter how many sound insulation materials are used, the sound cannot be separated from the private room. Therefore, it has the dual characteristics of high elasticity of steel spring, low natural frequency and large damping ratio of nitrile synthetic rubber, which can eliminate the unique resonance of steel spring When the amplitude increases sharply, it has a fairly obvious vibration isolation effect in a wide range of interference frequencies, and is especially suitable for suspension isolation of low-frequency solid-state sound transmission caused by equipment vibration. It is the most important facility in the sound insulation project. It can also be used as a pipe hanger in the equipment room such as the water pump room to restrain the transmission of low-frequency sound. Vibration reduction for high-frequency speakers and subwoofers.

The shock absorber is made of high-quality steel spring and nitrile synthetic rubber damping material, and uses the back pressure principle of rubber and steel spring to achieve vibration isolation and noise reduction. The spring's high elasticity, low natural frequency and large damping of nitrile synthetic rubber can eliminate the phenomenon of sharp increase in amplitude when resonating, which is unique to steel springs, and has quite obvious vibration isolation in a wide range of disturbing frequencies It is especially suitable for suspension to block low-frequency solid sound transmission caused by vibration.