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Rockfon ceiling systems were used throughout the renovated and newly created spaces in Salina's 60,000-square-foot high school. The building utilized several Rockfon systems, including Rockfon Artic® acoustical tile, Rockfon Infinity™ Perimeter Trim and Rockfon Chicago Metallic® 1200 15/16" grid.

STC 45 wall assemblies contain 1-1/2” - 2-1/2” thick ROCKWOOL AFB® Semi-Rigid Batt Insulation. Check out this article for the options available with regards to gypsum board and steel stud spacing. Includes lab-tested confirmation of STC performance.

The $250 million landmark building features interior office ceiling systems from Rockfon® throughout the lobby and offices. These stone wool ceiling tiles and panels support acoustics, safety, and sustainability requirements.

Discover how Rockfon stone wool ceilings improve healthcare facilities through five compelling case studies, showcasing enhanced acoustics, infection control, fire safety and sustainability for patient and staff well-being.

Discover Rockfon's expanded Wood Look metal ceilings, featuring 26 new woodgrain finishes that combine the natural beauty of wood with the performance and durability of metal. Perfect for architects and designers seeking innovative, high-performing solutions for various commercial spaces. Available now across North America.

Rockfon spoke with the Chief Commercial Officer at WELL who shares insights on how to design healthy and sustainable buildings

The new Rockfon.com website provides quicker, easier and better access to the information our customers need and other visitors are seeking.

Perforated ceiling designs using aluminum or steel metal tiles, panels and planks in suspended systems can be both visually appealing and acoustically enhancing.

Rockfon will be sharing its acoustic stone wool ceiling products and Optimized Acoustics Research Program findings at two upcoming industry events for acousticians.

Common applications of STC wall solutions include retail, office, healthcare and education. See the article for recommendations on the Sound Transmission Class for each based on the unique noise challenges involved in achieving occupant comfort.