The brackish waters of the Savannah River and frequent tidal surges on Whitemarsh Island create a perfect storm for undercarriage corrosion. Our heavy-duty rubberized coating seals vulnerable components against saltwater intrusion—a necessity for drivers parking near flood-prone areas like Thunderbolt’s docks.
After pressure-washing to remove built-up pluff mud from marshfront roads, we apply a layered defense system. First, a corrosion converter neutralizes existing rust commonly found on vehicles traversing the sulfur-rich soils near Fort Pulaski. Next comes a flexible elastomeric barrier that withstands expansion from heat cycling on sunny causeways. Finally, we inject cavity wax into frame rails—particularly crucial for trucks hauling crab traps through saltwater splash zones.
After pressure-washing to remove built-up pluff mud from marshfront roads, we apply a layered defense system. First, a corrosion converter neutralizes existing rust commonly found on vehicles traversing the sulfur-rich soils near Fort Pulaski. Next comes a flexible elastomeric barrier that withstands expansion from heat cycling on sunny causeways. Finally, we inject cavity wax into frame rails—particularly crucial for trucks hauling crab traps through saltwater splash zones.
Our Process
- 01 Step 1: High-temp steam cleaning to dissolve salt crystals in hard-to-reach areas
- 02 Step 2: Rust conversion treatment for existing corrosion
- 03 Step 3: Application of self-healing rubberized coating
- 04 Step 4: Cavity wax injection in structural voids
Benefits
- Prevents brake line failures from salt corrosion
- Reduces squeaks from salt-encrusted suspension
- Protects electrical connections in flood zones
- Extends exhaust system life in tidal areas
Frequently Asked Questions
How often should this be reapplied?
Annual reapplication is recommended for vehicles regularly crossing the Wilmington or Ogeechee Rivers via drawbridges where salt spray is heaviest.
Will this help with Skidaway Island’s shell roads?
Yes—the textured coating absorbs impacts from crushed oyster shells while preventing acidic residue from penetrating metal surfaces.