Sound Insulation For Noise Reduction
Unwanted noise in buildings is not only a nuisance, but it can also impact comfort, privacy and productivity. As a solution to this issue contractors, engineers, consultants and architects specify soundproof insulation to effectively reduce the transference of sound in different types of residential, commercial and industrial buildings and constructions.
Sound Insulation To Dampen Unwanted Noise
Sometimes referred to as soundproofing insulation, acoustic insulation is more an appropriate term because it reduces the transfer of sound through walls, ceilings, floors or ducting and into the spaces where people reside and work. Another example of this are public spaces such as theatres, educational establishments and hospitals. Such products to reduce the noise can be by way of acoustic insulation, acoustic panelling and acoustic barriers to cover walls, ceilings and floors. Other acoustic insulation materials such as sound absorbing foam and noise reducing acoustic wrap products are engineered to reduce noise transmission in ducts and HVAC systems.
Acoustic Products Designed For Your Specific Need
Acoustic insulation comes in a variety of forms to meet your specific requirements. We supply products that are available that cover a wide range of sound absorption capabilities, commonly expressed as an NRC value (noise reduction coefficient). The same features that make acoustic insulation thermally efficient translate directly to the insulation’s ability to absorb and reduce excessive noise levels. Soundproof insulation can be specified in many different types of applications to contribute to the STC (Sound Transmission Class) rating of constructions.
Acoustic Materials To Help Absorb Sound
Whether your project is the structure itself, or systems within the structure, INS Acoustics have high-performance solutions available in a complete line of acoustic insulation products. Fiberglass formed into, blankets, rolls, boards, duct lining and pipe insulation absorbs sound across a range of frequencies.
