Lerwick Corrosion Technologies Pte Ltd Work

"We've worked with Lerwick Corrosion Technologies Pte Ltd on several offshore projects, and their technical expertise in is top-notch. Their team provided a comprehensive technical proposal including NACE-endorsed engineering calculations and drawings. They are reliable when it comes to site supervision and ensuring the impressed current systems are commissioned correctly. Highly recommended for complex marine corrosion solutions." From a Marine Industry Professional Perspective

The "Ler-matic" system uses an external DC power source to provide continuous protection for ship hulls and ballast tanks. Anti-Fouling and Water Treatment: Ler-Flow MGPS:

"If you're looking for specialized ship hull and ballast tank protection, Lerwick is a solid choice in Singapore. They operate their own right here, which makes getting quality aluminum and zinc anodes much more efficient than waiting for overseas shipments. Their experience in the industrial and marine sectors is evident in the customized anti-fouling designs they provide for sea-chests and pipelines." From an Employee Perspective lerwick corrosion technologies pte ltd

Lerwick operates as a full-service provider, managing projects from initial design and material supply to installation and long-term maintenance. Its core business revolves around high-performance cathodic protection (CP) and anti-fouling systems.

An enhanced viscous elastic technology used for specialized coating and corrosion prevention. Engineering and Consultancy Services "We've worked with Lerwick Corrosion Technologies Pte Ltd

Corrosion is not just a technical problem; it is an economic and safety one.

The Merlin system provides real-time data on CP performance via GSM, including alarms for maintenance teams. Highly recommended for complex marine corrosion solutions

Unlike liquid paint, TSA involves spraying molten aluminum onto prepared steel. LCT has developed proprietary arc-spray parameters that work in Singapore’s high-humidity shipyards. TSA creates a sacrificial barrier: even if the coating is scratched, the aluminum corrodes instead of the steel.