CREATIONS

Acoustic Panel

ACOUSTIC PANEL SYSTEMS IN PERFORATED METAL

Acoustic panel systems provide sound deadening for architectural spaces. Work with Zahner to develop custom acoustic panel systems with unique aesthetics for interior and exterior environments.

Custom Zinc Cladding for the KCPD Headquarters Interior

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CASE STUDY

KCPD Headquarters

Acoustic panels provide passive control of sound in the built environment. Zahner works with designers to develop custom perforated acoustic panels which provide all the benefits of acoustic tiles, but with a much larger array of surface appearances. Using acoustically perforated metal can provide a high-end look and feel, while providing a sound deadening effect for an interior or exterior space.

HOW PERFORATED ACOUSTIC PANELS ARE MADE

There are two methods for designing perforated acoustic metals. In the basic method, the perforated metal is primarily a decorative surface which hides the acoustic panel behind it. In the more advanced method, the perforated metal provides not only a decorative surface, but also provides a way of tuning out specific resonant frequencies.

The basic method works by insulating a perforated metal sheet with an absorptive material. In this method, the perforated metal provides the visible face of the surface, while the acoustic material is hidden behind in the panel’s cavity.

When the sound waves pass through the perforations, the sound essentially is “captured” by the special acoustic material enclosed. This is the basics of acoustic panels. Working with Zahner engineers, your design team can develop high performance systems for acoustic panels. It is recommended that designer seeking a custom acoustic metal system consider developing the project using Design Assist procurement. This procurement option provides a path forward for pricing and detailing the specifics of a design to ensure a smooth project delivery.

CUSTOM ALUMINUM ACOUSTIC CEILING PANEL SYSTEM.

PHOTOS © A. ZAHNER COMPANY.

CUSTOM ACOUSTIC PANEL, CAST ALUMINUM CEILING.

PHOTOS © A. ZAHNER COMPANY.

ACOUSTIC PANEL DETAIL, MADE IN CAST ALUMINUM.

CUSTOM ACOUSTIC TILES FOR THE TAUBMAN MUSEUM OF ART.

PHOTO © A. ZAHNER COMPANY.

CUSTOM ACOUSTIC METAL TILE PANELS FOR THE KCPD HEADQUARTERS.

PHOTO © A. ZAHNER COMPANY.

ZINC ACOUSTIC PANELS — THE HIGHEST QUALITY METAL FOR ACOUSTICS

While all architectural metals can be used in acoustic systems, zinc has an added benefit of being one of the softest metals on the architectural market. Zinc is a good choice for acoustic reduction because of its deadening properties vis-à-vis mitigating reverberant noise. Zinc can be patinated and formed to achieve a variety of aesthetics. Combining zinc with perforations with appropriate sound absorptive material, will outperform many metal acoustical systems.

Developing a custom acoustic panel system starts with your concept. Zahner can provide a number of design options as well as full service design assist, engineering, manufacturing and installation services. Get in touch with an engineering and sales representative to see how Zahner can assist in your design.

KCPD Headquarters

MORE CREATIONS

FEATURES

Canopy

Custom canopies fabricated with Zahner engineering benefit from high-quality craft and attention to detail. Zahner engineers work with designers and contractors to develop integrated systems which meet a range of desired aesthetics, from historic restorations and filigree to contemporary geometric forms.

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Column

Custom column cover systems provide decorative and functional aspects to both interior and exterior architectural design. Column cover manufacturing has been a mainstay of A. Zahner Company’s production for several decades, producing both custom and standard systems for designers all over the world.

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Fin Facade

Metal and glass fin facade systems made by Zahner utilize a variety of metal technologies. Selecting a fin-based facade design for your project can lower costs, enhance a building’s visual appeal, and provide natural airflow for open air facade systems for decks, canopies, and parking structures.