Stone Wool, Metal & Grid Ceiling Solutions

Seismically approved stab-end cross tees feature a 1/4" bolt slot reveal with cleanly mitered intersections which result in a flawless and continuous line in the ceiling. Application areas include lobbies, airports, ​conference rooms and other ​high end areas.

Rockfon® Hygienic Plus™ tiles are ideal for hygienic or cleanroom ceiling applications due to their cleanability and low particle emission for better air cleanliness.

Rockfon® Industrial Opal™ is a smooth, white industrial ceiling tile with an NRC of 1.05 for excellent sound absorption in industrial environments.

These deep reveal metal acoustic ceiling tiles can create a wide variety of 3D effect ceiling designs with upwards, downwards, sloped and diagonal reveals, while using a standard 9/16” suspension system.

Linear, continuous metal ceiling panels available in a variety of widths and finishes and suitable for interior and exterior environments. Planar Macro features increased panel depths for improved design elements.

Rockfon Artic® - DC acoustic ceiling tiles are made from stone wool and feature standard sound absorption. Tiles are sag, humidity, and fire resistant, and come in smooth white finish.

Part of our Design Collection, premium Rockfon Alaska offers a bright white surface and optimal sound absorption with NRC up to 0.90, panel CAC up to 35, system CAC up to 58, and a range of sizes and edges.

Rockfon® Medical Standard™ is a premium ceiling tile designed for general healthcare areas. It offers low particle emissions (ISO Class 5), cleanability, and high sound absorption (NRC 0.90) supporting safe, hygienic, and comfortable environments.

These interior metal ceiling panels feature specialized hook-on cross tees with panel edges designed to simply hook on for easy plank removal and alignment.

Rockfon® Sequence™ Baffles are long, continuous metal baffles in a variety of widths and heights for design depth – creating ceiling planes while maintaining open plenums. Rockfon Sequence delivers ultimate design with function.