Calcium-silicate faces, the CorCell™ matrix and an integrated keyway, delivered as one panel.
A composite sandwich panel, bonded into one piece and joined to the next along its edge.
CorPanel™ Enhanced, drawn apart. Not to scale.
CorPanel Enhanced is a proprietary formulation: fiberglass mesh, fiberglass strands, four reinforcing bars and a strengthening additive, in one panel. Select a part to pick it out.


CorPanel Standard is significantly lighter than solid precast concrete of the same thickness. Panel weight is provided on request.
Roman builders set aggregate in lime and volcanic ash. The CorCell matrix carries that line forward.
Where most sandwich panels have a soft foam core, CorPanel keeps a solid one through its CorCell™ matrix, which is cementitious, incorporates expanded polystyrene, and is bonded between two calcium-silicate faces.
Section through CorPanel™ Enhanced, magnified: fiberglass mesh beneath each face, with fiberglass strands and a reinforcing bar in the matrix. Not to scale.


Three constructions of one panel, each with its own role in the building.
CorPanel Standard is a load-bearing wall panel system: calcium-silicate faces over the CorCell matrix, with fiberglass mesh between each face and the matrix.
CorPanel Thermal is a non-load-bearing infill panel: calcium-silicate faces over the CorCell matrix, with a polystyrene slab at the vertical mid-plane of the core, 2-inch in the 6-inch panel and 3-inch in the 8-inch panel.
It is set as infill, in the manner of a glass curtain wall.
CorPanel Enhanced is a load-bearing wall panel system and a proprietary formulation: built as Standard, with four glass fiber-reinforced polymer (GFRP) reinforcing bars at 6 inches on center, fiberglass strands through the matrix and a strengthening additive in the cement.
Foundation walls use CorPanel Enhanced.
Laid out by the engineer of record, for each building.
Full panels stand upright on the base, edge to edge. Each is 2′ wide and 7′-5⅜″ tall.
The same panel, laid on its side, runs along the top: 7′-5⅜″ and 2′-0″, for a wall of 9′-5⅜″.
Door and window openings are cut on site. Here the panel on its side runs over each opening as its header course. Opening framing and lintels are set by the engineer of record.
Panels can also be laid on their sides in courses, with the joints staggered from one course to the next. End panels are cut to length.
Concept illustration only. Not an engineered drawing: every building is designed and stamped by the engineer of record.
In one common layout, a vertical course of full panels stands on the base, and a single horizontal course of the same panel, laid on its side, runs continuously on top: 7′-5⅜″ and 2′-0″, for a wall of 9′-5⅜″.
Door and window heads fall inside the vertical course, so openings are cut in one course only and the horizontal course runs unbroken above them.
Panels are cut on site with a circular saw fitted with a masonry or diamond blade, to form openings and to finish a course to length.
Layout, orientation and coursing are set by the engineer of record for each project, with its structure, elevation heights and openings.
On every project, the assembly is reviewed and stamped by the licensed structural engineer of record — or the authorized project engineer — at that project's details, under that engineer's own seal, to the code in force where it is built.
That is the standard we hold ourselves to, and it is the foundation of liability protection for the owner, the insurer, and the authority having jurisdiction. It also means the panel you specify is the panel an engineer has signed for, on your project, at your details.
Where a developer brings his own engineer, which is most projects, Corvea's engineer of record coordinates with his — from the first section through to the sealed submission.
Deployment draws on the industry's existing skills: there is no new trade to certify.
We work from the building you are planning.