How is Chiller Sound Insulation Provided
Rock wool, which provides the best sound insulation, is used in buildings in walls, floors, ceilings, and columns to prevent sound from passing to the other side. Rock wool, formed by the combination of the resistant structure of stone and fibers, converts sound vibrations in a space into heat energy, thus keeping the sound within the space. Rock wool, which combines many thin and long fibers, is used in double layers. With rock wool, sound transmission between walls is largely prevented with the applied systems. Rock wool, which is resistant to fire, provides heat insulation as well as sound insulation. The fiber used does not retain water and allows vapor permeability. Its shape and dimensions do not change if the space is very hot or humid. This very durable product does not spoil or rot. Furthermore, since it is not damaged by insects and microorganisms, you can use it for many years, preserving its initial properties. Chiller devices, used in many fields such as plastic and metal injection, blow molding machines, casting industry, chemical industry, rubber presses, rubber extruder lines, metal forming presses, jewelry industry, and textile industry, emit high levels of noise to the environment in the places where they are used. These machines, which can operate between -30 degrees and +30 degrees, are divided into water-cooled and air-cooled types. You can prevent the noise emitted by these devices, which have high-efficiency fans, with sound insulation systems.
Silent Work Rooms Inside the Factory
Workers in factories, who constantly work under noise, need quiet rooms for rest. You can create a silent work and rest area inside the factory with sound insulation systems. A quiet space can be created within the same space by applying wooden acoustic panels or echo-reducing sound walls to the walls and ceilings. In this system, created by building intermediate partition walls within the building, sound reductions are applied to prevent sound from passing to the other side of the wall. Silent work rooms can be created thanks to the high sound absorption of these walls, which are constructed using MDF type particleboard. After determining the location of the chiller device, its decibel level, and its distance from the area where noise is bothersome, the system is mounted by determining the materials to be used. The applied system prevents the sound from harming the environment without reducing the device's operating efficiency.
