Industrial-Grade Protection for Extreme Waterfront Conditions

Steel seawall replacement in Merritt Island, Florida for commercial properties and shorelines facing severe wave action and erosion.

Steel seawalls are built using interlocking sheet piles driven deep into the soil to create a continuous barrier that holds back water and land. In Merritt Island, steel seawalls are used on commercial waterfronts, marinas, and properties where other materials cannot provide the necessary structural support or depth.


Precision Docks & Seawalls replaces failing or corroded steel seawalls in Merritt Island using coated sheet piles designed to resist saltwater corrosion. Steel seawalls provide very strong structural support and are often used in industrial, commercial, or extreme conditions where durability and load-bearing capacity are critical. Without proper coating, steel can corrode over time in saltwater environments.


If your steel seawall in Merritt Island is showing rust, buckling, or loss of interlock integrity, we can assess the structure and discuss replacement options.

How Steel Seawalls Handle Heavy Loads and Water Pressure

Steel seawall replacement in Merritt Island involves driving interlocking sheet piles into the soil using heavy equipment to reach the depth needed for stability. The piles lock together to form a continuous wall that resists bending and shifting. We backfill behind the wall and install tiebacks if required for additional support. Installation typically takes two to three weeks depending on wall length and soil conditions.


After installation, you will have a seawall that supports heavy loads, resists lateral pressure from water and soil, and holds its position during storms. Steel seawalls are commonly used where other materials would fail under the same conditions.


Steel seawalls require corrosion-resistant coatings to extend their lifespan in saltwater. Uncoated steel will rust and weaken over time. This option is best suited for commercial or industrial applications rather than typical residential waterfronts. Maintenance includes periodic inspection for coating wear and signs of corrosion.

Dock with boat lift over water, wooden deck, surrounding houses and trees under a blue sky.

What commercial property owners ask before replacing a steel seawall

Property owners in Merritt Island considering steel seawall replacement often ask about cost, lifespan, corrosion protection, and how steel compares to concrete for commercial use.

When is a steel seawall the best option?

Steel seawalls are the best option for commercial properties, marinas, or waterfronts with deep water, heavy boat traffic, or extreme wave action. They provide structural strength that other materials cannot match in those conditions.

How do you prevent steel seawalls from rusting?

We install steel sheet piles with corrosion-resistant coatings such as epoxy or vinyl to protect against saltwater. Regular inspections help identify coating damage early so repairs can be made before rust spreads.

How long does a coated steel seawall last?

A properly coated steel seawall lasts thirty to fifty years depending on coating quality, water salinity, and maintenance. Uncoated or poorly maintained steel will corrode much faster.

Can you replace part of a steel seawall without redoing the entire wall?

Yes, individual sheet piles can be replaced if they show localized corrosion or damage. However, if multiple sections are failing, full replacement is usually more cost-effective and provides better long-term results.

What is the cost difference between steel and concrete seawalls?

Steel seawalls typically cost more than concrete due to material cost, installation complexity, and coating requirements. However, steel is often chosen for its load-bearing capacity and ability to be driven into difficult soils.

Precision Docks & Seawalls replaces steel seawalls in Merritt Island for commercial and industrial properties that need maximum strength and depth. If your current seawall is corroding or failing under load, we can evaluate the structure and provide a replacement plan.