AP Acoustic Panels And Enclosures
Acoustic Panels (AP) are ideal for use in barriers and enclosures in many industrial applications. The tongue-and groove design is self-aligning, easy to install and structurally sound, making acoustic panels an economic solution to control unwanted noise at the source. This highly effective and flexible panel system can be customized to suit almost any application.
Acoustic panels effectively reduce unwanted radiated noise from various mechanical equipment including turbines, pumps, motors, compressors, air handlers, cooling towers, and generator sets.
- CategoryVentilation Ducting
- RangeNoise Control
- Custom enclosures for noisy mechanical equipment.
- Acoustic/thermal plenums.
- Noise barriers.
- Quality construction.
- Fully insulated tongue and groove interlocking joints.
- Available in 2″, 4″ and 6″ panel thickness for varying levels of sound attenuation.
- High performance access doors.
- Polymer film lined acoustic media.
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Holyoake Air Management Solutions
About the
Seller
Holyoake Air Management Solutions by Price has been at the forefront of Heating, Ventilation, and Air Conditioning (HVAC) for over 70 years. The brand Holyoake is synonymous with high quality, engineering performance, and innovation. Our products are critical components for both large commercial and residential buildings and facilities. With our broad product range, Holyoake is specified across all stages of the construction process.
Operating from manufacturing sites across both New Zealand and Australia helps expand our engineering capabilities to produce industry-leading products and facilitates strong customer relationships. Holyoake has built a strong reputation for delivering reliable and high-quality products backed by first-class customer service.
The Holyoake Group is a diverse and dynamic operation encompassing:
- Manufacturing
- Commercial Property
- Forestry
- Automotive Servicing
- Marine Service & parts distribution
- Primary producer
- ArchiPro Member since2021
- LocationView all locations (+2)
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