Our Blog

This SCIP disaster reconstruction case study shows how insulated concrete panels support faster, code-aligned rebuilding in fire, wind, and seismic zones.

SCIP engineering combines steel mesh, EPS insulation, and concrete for code-aligned buildings built to resist fire, hurricanes, and seismic forces today.

Compare SCIP panels vs concrete block for fire, wind, seismic performance, insulation, installation speed, labor needs, and long-term building value today.

Compare the best fire resistant building materials for resilient projects, from concrete and steel to SCIP panel assemblies in high-risk zones at scale.

SCIP construction permitting moves faster when design teams document structural loads, fire assemblies, energy performance, and special inspections early.

Understand SCIP design loads for walls, roofs, and floors, including wind, seismic, dead, and live load paths for code-aligned project planning teams.

Compare the top alternatives to wood framing for fire, wind, seismic, and energy performance – with practical guidance for resilient projects nationwide.

Can SCIP buildings withstand hurricanes? Learn how concrete-coated panels, connections, engineering, and installation support high-wind performance well.

See what a SCIP building system AIA award can signal about resilience, design value, and smart specification decisions on high-performance projects now.