Inspired Noise UK offers a full range of noise and vibration control products that can be made to specification to give a complete solution for any acoustical project. We also pride ourselves on not only being able to meet but exceed the needs of our clients.Operating nationwide from our office in Wirral, Merseyside we offer a wide range of professional services and expert advice on sound insulation testing, architectural acoustic design, industrial noise reduction, environmental noise and vibration control.
Working with architects, consultants, engineers and contractors, Inspired Noise UK creates innovative acoustic solutions for effectively any environment including schools, offices, restaurants, bars, theatres, sports halls and public spaces.
Our services include a full acoustic survey assessment, acoustic calculations, acoustic design service and full supply and installation on a range of acoustic products within our portfolio.
We are proud of our reputation as one of the only soundproofing companies in the UK willing to take on any project no matter how demanding and within any sector irrespective of the size and shape of your acoustic environment. Our main aim is to provide a cost-effective solution tailored to suit your needs.
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The most effective method of reducing impact sound generated from footfall is to install an acoustic element offering a good degree of resilience, so that the impact energy is absorbed into the material. There are many types of treatments for impact sound insulation, including:
Acoustic Underlays
Resilient Acoustic Batten System
Resilient Acoustic Cradle System
Platform floors
Most of the above acoustic floor systems would also contribute to the improvement of airborne sound insulation. When installing a resilient floor treatment care should be taken not to bridge the layer by mechanically fixing (nails, screws) to the subfloor.
Acoustic Underlays
Resilient Acoustic Batten System
Resilient Acoustic Cradle System
Platform floors
Most of the above acoustic floor systems would also contribute to the improvement of airborne sound insulation. When installing a resilient floor treatment care should be taken not to bridge the layer by mechanically fixing (nails, screws) to the subfloor.
Acoustic separation is designed to reduce unwanted noise penetrating through walls from one room to another, in particular airborne noises such as conversations, television and music.
At Inspired Noise UK we can provide soundproofing wall systems that have been designed to offer the highest level of noise reduction coupled with ease of installation.
At Inspired Noise UK we can provide soundproofing wall systems that have been designed to offer the highest level of noise reduction coupled with ease of installation.
Sound insulated ceilings are used to improve the sound transmission Loss of the floor/ceiling system for airborne or floor impact-generated noise. An isolation clip or hanger can be used to support the steel grid and plasterboard ceiling. Isolation elements are typically fibreglass pads, rubber pads or, for lower frequency sound isolation, coiled springs. Like all isolated sound control assemblies, the mass of the system, the air space and insulation between layers, and the natural frequency of the isolator will determine the noise reduction. Ceiling isolation systems are often used in conjunction with floor isolation and sound-rated walls to achieve complete acoustical privacy.
When mechanical equipment is fixed rigidly to a building floor slab or ceiling, the vibrations formed by the mechanical equipment are transmitted into the structure. These vibrations can travel in solid building elements such as structural columns, beams, and floor slabs which is described as structure-borne noise.
To help eradicate these problems, resilient mounts should be implemented to isolate the vibrating equipment (and anything rigidly connected to it) from the surrounding structure.
Vibration isolation involves installing vibrating equipment such as on resilient materials such as isolation pads or steel springs.
The target is to select an appropriate resilient material that, when loaded, will provide a system natural frequency, or resonant frequency, at least one-third of the lowest driving frequency of the equipment.
To help eradicate these problems, resilient mounts should be implemented to isolate the vibrating equipment (and anything rigidly connected to it) from the surrounding structure.
Vibration isolation involves installing vibrating equipment such as on resilient materials such as isolation pads or steel springs.
The target is to select an appropriate resilient material that, when loaded, will provide a system natural frequency, or resonant frequency, at least one-third of the lowest driving frequency of the equipment.
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