Insulated & Solid Wall Panels

Load-bearing vs. non-load-bearing wall panels.

Solid wall panels can be load-bearing, supporting the structure's framing, or non-load bearing, which do not support any of the building's structural framing. Shear walls transfer lateral forces from the superstructure to the foundations, acting as cantilevered elements to collect loads from wind or seismic events. Depending on their placement, these walls can also eliminate the need for other structural gravity elements, such as columns, and reduce beam sizes.

Engineering prefabricated openings to save time in the field.

With preconstruction coordination, our walls often incorporate cast-in electrical during the manufacturing process, allowing for less on-site work, along with coordinated penetrations in the wall panels to minimize the amount of on-site coring required.

Achieving desired aesthetics.

If architectural solid walls are desired, there is a multitude of finishes and architectural surfaces that can be achieved. Depending on the depth of the architectural surface the thickness of the walls can be adjusted as well to accommodate the structural demand on the panels.

Manufacturing wall panels in a quality-controlled
environment.

Our walls are poured horizontally with the exposed or architectural face down on customized steel forms. The back face of the wall, also known as the screed face, can be left exposed in the final design with varying finishes depending on specifications. From a float finish to a hard trowel to produce a wall with minimal variations. With preconstruction coordination, our walls often incorporate cast-in electrical during the manufacturing process, allowing for less on-site work, along with coordinated penetrations in the wall panels to minimize the amount of on-site coring required.