Offering unrivaled creative freedom for indoors or out, each VividGlass family is defined by its visual characteristics: ViviChrome highlights solid color; ViviGraphix adds graphics; ViviStrata features etched designs; ViviStone captures the beauty of stone.
BermanGlass is the newest addition to Forms+Surfaces’ innovative architectural glass program. Uniting two prominent forces in the world of architectural glass, the line was created when Joel Berman Glass Studios joined the F+S family as BermanGlass. The BermanGlass line includes kiln cast glass, fused glass and more, and offers an artistic mix of sculptural patterns and textures for use in architectural glass applications of all kinds.
Unmatched in quality and beauty, Forms+Surfaces is the world's premier resource for architectural stainless steel. High-durability finishes and a wide range of distinctive patterns offer limitless design and performance options for public spaces of all kinds.
Fused Metal, Forms+Surfaces' exclusive line of colored stainless steel, is created using vapor deposition technology to fuse titanium alloys at the molecular level to stainless steel substrates. Fused Metal provides the durability of stainless steel in a rich range of colors.
Linq patterns consist of flat and/or round wires interwoven to create distinctive textures and designs.
Bonded Metal is a high-performance surfacing material that offers a wealth of design possibilities. Metal granules cast in a tough FRP matrix result in castings that are lightweight, extremely durable and have the character and appearance of solid metal.
Bonded Quartz is a beautiful, durable surfacing solution that incorporates ceramic microspheres in a fiber-reinforced polymer matrix. This combination yields incredibly resilient, lightweight castings that have a stunning surface appearance.
Forms+Surfaces' natural wood veneers combine exceptional durability with the warmth, richness and authenticity of real wood. Standard and premium options make a statement on their own or can be used to complement any of our other Surfaces.