Pile Buck

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Join QuakeWrap at World of Concrete 2026!
Join the Upcoming Webinar: Introducing INSonar — Purpose-Built Sonar for Ease of Use
Corrosion Resistance in Marine Rigging: Choosing the Right Wire Rope for Coastal Foundation Projects
Steel reinforcement enables concrete bridges and marine structures to resist tensile and flexural stresses caused by traffic loads, wind, and water movement. Without reinforcement, concrete elements would be far more vulnerable to cracking and structural failure. Photo Credit: D.T. Read Steel
The Role of Steel Reinforcement in Long-Lasting Coastal and Marine Structures
Ensuring Drilled Shaft Quality with SQUID® Technology: A Case Study from Pennsylvania
Altamira Port Expands Dock with ShibataFenderTeam Systems
New EFFC/DFI Climate Adaptation & Resilience Guide Released
Dock material selection plays a major role in long term maintenance costs for marine facilities. Timber, steel, aluminum, and composite systems each respond differently to moisture, biological activity, and mechanical wear. Photo Credit: Meeco Sullivan
Best Practices for Dock Selection and Repair in Aging Marine Facilities
Foundation Decarbonization & Re-use Conference 2026
MAGNUM Piering Expands Facility to Boost Steel Fabrication
Vinyl seawalls are resistant to rot, corrosion, and marine borers, which makes them well suited for saltwater and brackish environments. This resistance helps extend service life compared to wood or unprotected steel systems. Photo Credit: Tidewall
5 Benefits of Choosing Vinyl Seawalls for Long-Term Coastal Protection
AWPA UC4B-rated lumber is commonly used for docks, bulkheads, and access mats exposed to high moisture and decay risk. The lumber used in these applications must meet minimum preservative retention levels to slow rot and biological degradation. Photo Credit: Clear Creek Wood Products
Essential Guide to Saltwater-Resistant Timber: AWPA UC4B Retention Basics for Docks, Bulkheads, and Mats