Devices designed to mitigate the transmission of vibration and noise emanating from pneumatic machinery are commonly employed. These components, typically constructed from resilient materials such as rubber or specialized polymers, are strategically placed between the compressor unit and its supporting surface. This placement serves to dampen mechanical oscillations, preventing their propagation through the building structure. An example would be installing these underneath a workshop compressor to minimize disturbance in adjacent office spaces.
The employment of such dampening elements offers significant advantages. Reduction in structural noise improves the work environment, fostering productivity and reducing potential health concerns related to prolonged exposure to low-frequency sound. Furthermore, minimizing vibration contributes to the longevity of the machinery itself and surrounding equipment, as excessive mechanical stress can accelerate wear and tear. Historically, rudimentary techniques like placing rubber sheeting beneath compressors were utilized; however, contemporary solutions provide engineered performance characteristics for optimal vibration control.
