Serpentina Waves curved metal ceiling system From Armstrong now offered with corrugated panels


LANCASTER, PA -- Serpentina Waves, a curved, pre-engineered metal ceiling system from Armstrong that features large-scale panels and no visible grid, is now available in new corrugated panels.

The new corrugated panels bring this popular, industrial look to ceilings in the form of a curved metal cloud with a “wave” or “ripple” profile. An ideal way to accent an area, especially in exposed structure or open plenum spaces, the corrugated metal ceiling system imparts a clean, sleek custom look even though it is created with standard ready-to-assemble components.

Available in easy-to-specify and install Serpentina Waves kits, the new corrugated panels range in size from 4’x 4’ to 12’ x 12’, and can be a hill, valley, or hill/valley combination, with either a 30- or 45-degree arc. If none of the kitted options work for a project, other Waves sizes, lengths and arcs can be created using standard Serpentina components.

Ideal for use in a wide variety of applications, including office, education, healthcare, transportation, retail and hospitality, Waves corrugated panels are available in 13 standard colors. Custom colors are also available. The corrugated panels are offered in both perforated and non-perforated options. Eight different perforated patterns are available. An acoustical fleece backing is standard with all perforated panels.

The Waves system consists of a standard Serpentina suspension system with a specially-designed sleeve that fits over the grid. Flexible metal infill panels slide into the sleeve, eliminating the visual of main runners and cross tees and creating a thin black reveal between panels to provide a more monolithic look.

Serpentina Waves also features the StrongBack™ installation system that uses fewer hanger wires and recesses them to impart more of a “floating” look to the ceiling. All components are pre-engineered for fit and finish to help ensure consistent visual quality. They also allow faster and easier installation since the system requires no field modification, only assembly. For additional information on the new Serpentina Waves corrugated metal ceiling system, visit the Serpentina Waves page on our website.

Armstrong World Industries, Inc. is a global leader in the design and manufacture of floors and ceilings. In 2012, Armstrong's consolidated net sales from continuing operations totaled approximately $2.6 billion. Based in Lancaster, Pa., Armstrong operates 34 plants in eight countries and has approximately 8,800 employees worldwide.



October 1, 2013


Topic Area: Press Release


Recent Posts

Sustainability as a Baseline in Healthcare Facilities

Hospitals can balance costs, build resilience and learn from global models for sustainable design to further their green goals.


Penobscot Valley Hospital Reports Data Security Incident

It immediately implemented its incident response procedures, took steps to secure systems and hired third-party forensic specialists to assist with an investigation.


Ballad Health Acquires Land for Future Unicoi County Hospital

The new hospital is expected to feature an emergency department, 10 inpatient beds and outpatient services.


Why Healthcare Facilities Management Is Critical to Patient Safety 

Hospitals and other healthcare facilities rely on much more than doctors and nurses to keep patients safe.


Brookdale Senior Living Announces Acquisition of the Brookdale Galleria Community

The 244-unit independent living and assisted living community is located directly adjacent to The Galleria shopping and entertainment complex.


 
 


FREE Newsletter Signup Form

News & Updates | Webcast Alerts
Building Technologies | & More!

 
 
 


All fields are required. This site is protected by reCAPTCHA and the Google Privacy Policy and Terms of Service apply.

 
 
 
 

Healthcare Facilities Today membership includes free email newsletters from our facility-industry brands.

Facebook   Twitter   LinkedIn   Posts

Copyright © 2023 TradePress. All rights reserved.