Gulfport • Maritime-Grade Authority
PORT-GRADE ARMOR
Advanced slab stewardship for the Gulfport Corridor. Defeating chloride-induced carbonation and expansive soil heave with industrial surface science.
Analyze My Slab
NEUTRALIZING
PORT-ZONE CHLORIDE ATTACK
Gulfport slabs within the port corridor face a high-saline chemical assault. Airborne salt-ions penetrate the microscopic pores of your concrete and migrate toward the internal rebar. This causes "Concrete Cancer"—a process where corroding steel expands and blows the concrete apart from the inside.
Maritime Surface Engineering
We solve the "Port Decay" problem by using non-permeable Pure Polyurea basecoats. Engineered with high-density cross-linking, our systems serve as a maritime-grade barrier that stops chloride migration and resists the extreme hydrostatic pressure of the Gulfport shoreline.
The Gulfport Standard
- • Chloride Ion Mitigation (Port-Ready Shield)
- • Expansive Soil Heave Resistance (Harrison Clay Profile)
- • High-Impact Industrial Polyaspartic Topcoats
- • CSP-2 Mechanical Diamond Prep (No Acid Etching)
Orange Grove Soil Strategy
North of I-10, Gulfport slabs deal with high-plasticity clay units. These soils exert up to 25,000 pounds of pressure per square foot during Mississippi’s wet/dry cycles.
Unlike rigid, brittle retail epoxy that snaps during soil heave, our Pure Polyurea features high-elongation properties. This allows your coating to move with your slab, preventing the spider-web cracking common in Orange Grove residential garages.
DEFENDING AGAINST EXPANSIVE CLAY HEAVE
The geology of Gulfport requires a flexible response. We don't just "paint" your floor; we fuse it. Our prep includes low-viscosity mender injections that penetrate the full depth of a settling crack, essentially welding the slab back together before the first coating layer is ever applied.