Efficiently removes heavy-duty coatings such as epoxies, polyurethanes, rubber linings, and protective barriers that are difficult to remove using conventional methods.
No Containment. Dustless. Fast. Built for Thick Industrial Coatings.
Remove industrial bonded coatings quickly without abrasive blasting media, heavy containment or excessive waste. Ideal for industrial maintenance projects seeking safer, cleaner and lower-emission coating removal with more than 85% less diesel use and CO₂ emissions.
){kind=icon}
Thick Coating & Lining Removal
Coal Tar & Bituminous Coatings
Specialised removal of coal tar epoxy and bituminous coatings commonly found on pipelines, tanks, and structural steel.
Hazardous Coating Removal
Safely removes coatings containing hazardous materials such as PCBs and other legacy industrial coatings, reducing airborne contamination compared to abrasive blasting.
Pipeline & Tank Stripping
Rapidly strips coatings from pipelines, storage tanks, and large surface areas, significantly reducing project durations
Marine & Offshore Coatings
Ideal for removing thick marine coatings, anti-fouling systems, and protective layers in shipyards and offshore environments.
Structural Steel Coating Removal
Removes aged and failing coatings from structural steel assets in industrial and infrastructure environments.
How it works
Heat induction coating removal uses electromagnetic induction to rapidly heat conductive substrates beneath the coating.
This process breaks the bond between the coating and the substrate, allowing coatings to be cleanly lifted or scraped away in large sections.
Unlike abrasive blasting, induction:
Targets the bond layer rather than eroding the surface
Minimises dust and airborne contaminants
Reduces waste volume by removing coatings in solid form
Preserves the integrity of the underlying substrate
This makes it particularly effective for thick, multi-layer, or heavily bonded coatings.
)
)
Safety and Methodology
Precision Laser Cleaning (PLC) delivers heat induction coating removal using a controlled, compliant methodology tailored to each project.
Our approach includes:
Controlled heating with minimal risk to substrate integrity
Reduced airborne contamination compared to abrasive methods
Integration with HEPA extraction and containment where required
Safe handling and disposal of hazardous coatings
Trained operators and strict safety procedures
Heat induction is often deployed alongside laser cleaning to deliver a complete coating removal and surface preparation solution maximising efficiency while maintaining the highest quality outcomes.