Hull Plate Renewal: Removal and replacement of corroded or damaged hull plates to restore watertight integrity and structural strength.
Insert Plate Fabrication: Custom-fabricated steel inserts precisely cut and welded into affected areas to match original design contours.
Deck and Tank Top Plating: Reinforcement or replacement of deck and tank top plates to withstand heavy loads and prevent structural fatigue.
High-Strength Steel Application: Use of certified high-tensile or wear-resistant steels for areas exposed to extreme pressure or abrasion.
Prefabricated Plate Installation: Shop-prepared steel plates delivered for rapid on-site fitting, minimizing downtime and ensuring quality control.
Class-Approved Welding Techniques: All plating work executed with class-certified welding methods to meet regulatory and inspection standards.
“We provide expert steel plating services essential to maintaining the structural integrity, seaworthiness, and operational safety of marine vessels. Our process begins with a detailed inspection of the hull, deck, and tank areas to identify corroded, cracked, or deformed plates that require renewal. Using precision-cut steel of approved grades and thicknesses, our teams perform insert plate renewals and full section replacements, ensuring exact alignment with the vessel’s original structure. Each plate is meticulously prepared and welded under Class-certified procedures, guaranteeing strength, watertight integrity, and compliance with international standards. Whether dealing with flat bottom shell plates, bilge curves, or curved shell sections, we tailor every repair to meet load-bearing and hydrodynamic performance requirements. Our capabilities extend to steel reinforcement for high-impact zones and modifications to accommodate structural upgrades or system retrofits. Surface preparation includes blasting and priming, followed by protective coatings to resist corrosion in aggressive marine environments. With a focus on quality, safety, and timely execution, our steel plating services play a critical role in extending vessel lifespan, improving fuel efficiency, and ensuring readiness for inspection and operation.”