Concrete remediation is rarely a standalone fix. For industrial and infrastructure asset owners, repairing deteriorated concrete without addressing the underlying corrosion driver is a short-term solution that creates a long-term liability.
That's where the intersection of concrete remediation and advanced protective coating systems becomes critical and why more project engineers are specifying Thermal Spray Aluminium (TSA) as the protective layer of choice on assets operating in high-risk environments.
TSA is a specialised coating process that melts base materials before applying them via high-pressure equipment, creating a dense, durable layer directly bonded to ferrous and non-ferrous metal substrates. Unlike conventional paint systems, TSA doesn't rely on cathodic protection and has been proven to last decades in marine, chemical, and processing plant environments.
For assets that have already undergone structural concrete remediation bridges, wharves, industrial platforms, processing facilities TSA applied to exposed steel elements closes the corrosion loop. It extends the service life of the remediated structure rather than simply buying time until the next deterioration cycle.
McElligotts has been applying protective coatings for over 65 years. Their certified operators work on major commercial, industrial, and civil infrastructure projects across every Australian state from bridge projects like the Echuca-Moama Bridge to processing plants and offshore platforms where corrosion protection must perform without compromise.
If your asset requires concrete remediation paired with a long-term corrosion protection strategy, TSA warrants serious consideration.
Check out our in-depth coverage of thermal spray aluminium.