Penn State Installed Advanced Metal Panel Systems
New engineering buildings at the university now feature sustainable and durable metal rainscreen technology.
Updated on Oct. 14, 2026 in Materials Science
Live Poll
Do you prefer modern metal-based building designs over traditional masonry for new local campus facilities?
Pennsylvania State University has completed the installation of specialized metal panel systems across two new engineering facilities in State College. The projects utilize high-performance materials designed for longevity and environmental efficiency.
Why it matters
The use of these specific metal systems helps achieve complex architectural goals by integrating metal with traditional brick and masonry. These materials were chosen specifically to improve building drainage and long-term exterior performance.
The Engineering Design and Innovation Building spans over 105,000 square feet, with 18,000 square feet covered by Metalwërks Series products. Additionally, the Chemical and Biomedical Engineering Building utilizes approximately 193,000 square feet of these materials.
The players
Penn State University
A public research university located in State College that maintains a large campus and oversees major infrastructure developments.
Metalwërks
A manufacturer of architectural metal products used in building envelopes for commercial and educational construction projects.
The details
The project uses a rainscreen system that relies on gravity to manage water drainage away from wall assemblies. The Arcwall Spline system features hidden anchor clips and a locking mechanism that facilitates multidirectional installation.
Timeline
October 14, 2026: Details regarding the construction materials were finalized and published.
The Big Picture
The implementation of Metalwërks Series Arcwall and Econowall systems reflects a growing architectural preference for fully recyclable exterior components. This approach moves the discipline away from non-recyclable alternatives like thermoplastic cores toward systems built for modularity and durability.
The use of these 100 percent recyclable systems reduces the environmental footprint of large-scale campus buildings. Future construction projects may utilize these gravity-fed drainage techniques to lower long-term maintenance costs and improve structural resilience.
The takeaway
Using recyclable metal systems eliminates the need for non-recyclable core components in large institutional buildings. Incorporating gravity-based drainage and hidden anchor systems provides a blueprint for durable, low-maintenance exterior design.
Further reading
Learn more about advancements in building components by visiting the Materials Science section.
Source note: This article includes information reported by Building Enclosure.
Live Poll
Do you prefer modern metal-based building designs over traditional masonry for new local campus facilities?
