Factory-Applied Internally Lined Pipes for Corrosion Prevention | D'Amore & Lunardi
Resisting Internal Corrosion and Erosion with Factory-Applied Internal Linings
D’Amore & Lunardi supplies seamless and welded carbon steel pipelines with factory-applied internal linings and external coating systems, designed to protect pipelines operating in aggressive environments. By integrating pipe manufacture, surface preparation, lining/coating application and quality control at the factory level, consistent corrosion protection, reduced installation risk and extended service life for critical pipeline systems is ensured.
Key Advantages:
Factory-Applied Internal Linings
Internal linings are applied under controlled factory conditions to ensure uniform surface preparation, coating thickness and curing for improved lining adhesion and long-term performance.
Internal Corrosion & Erosion Mitigation
Internally lined carbon steel pipes are designed to mitigate corrosion mechanisms associated with industrial wastewater, raw water, seawater and gas service, including under-deposit corrosion, erosion-corrosion and microbiologically influenced corrosion (MIC).
Wide Range of Coating & Lining Systems
There are multiple internal lining options, including epoxy-based and bituminous systems, as well as low-friction linings for gas service. External protection options include inorganic zinc, bituminous coatings, polyethylene systems (tape or multilayer), high-build polyurethane and concrete weight coating for submerged or offshore pipelines.
Quality Assurance & Traceability
All internally lined pipes are manufactured and inspected in accordance with recognised international standards, with full material traceability, documented QA/QC procedures and inspection records including dimensional checks, coating inspections and testing as applicable.
Suitability for New Build & Rehabilitation Projects
Factory-lined carbon steel pipes are suitable for both new installations and pipeline replacement projects where enhanced internal corrosion resistance is required, particularly in buried, above-ground and utility service lines where long-term reliability is critical.
