StoTherm ci + StoCast BrickCI system with resin-cast brick finish
Est. Duration—
Cost breakdown
Materials
Labor
Corners + Lintels
O&P
Equipment
Total
StoTherm ci MVESMasonry Veneer Engineered System + thin brick
Est. Duration—
Cost breakdown
MVES Base (all-in)
Thin Brick + Adhesive
Brick Labor
Corners + Lintels
O&P (brick additions)
Equipment
Total
Conventional Thin Brick over CIField-assembled: WRB + XPS + lath + scratch + brick
Est. Duration—
Cost breakdown
Air/Water Barrier
XPS Insulation + Attach
Lath + Fasteners
Scratch Coat
Thin Brick + Mortar
Brick Labor
Corners + Lintels
O&P
Equipment
Total
StoCast Brick Advantage
vs. Conventional Thin Brick over CI
—
—
Code & Compliance
All three walls use foam-plastic continuous insulation, so NFPA 285 applies in non-combustible (Type I–IV) construction. The difference is whether compliance is pre-documented or must be proven per project.
StoTherm ci + StoCast Brick
✔ ICC-ES ESR-1748 listed assembly
✔ NFPA 285 compliant (tested)
✔ IBC / IECC / ASHRAE 90.1
✔ StoGuard air/water barrier
✔ Single-source, tested system
StoTherm ci MVES
✔ ICC-ES ESR-1748 listed assembly
✔ NFPA 285 + NFPA 268 compliant
✔ IBC / IECC / ASHRAE 90.1
✔ Tested complete AMV system
✔ Single-source, drainage EIFS
Conventional Thin Brick over CI
⚠ No single listed assembly
⚠ NFPA 285 must be proven per project
⚠ XPS may need header fire detailing
• Governed by TMS 402/602, ASTM C1780
⚠ Multi-source; compliance on design team
For Illustration Purposes Only. All figures are estimates based on regional market averages and modeled assumptions. They are not an estimate, bid, quotation, or proposal, and are not definitive. Final cost and schedule are subject to proposals from licensed contractors and material suppliers. Thin brick pricing varies significantly with product selection, manufacturer, and shipping distance. Installation durations are planning approximations only. Not for use in bidding, budgeting, or contract negotiations.