Australia's Leading Induction Coating Removal Contractor

We use RPR Induction Coating Removal (ICR) technology to disbond heavy coatings from ferromagnetic steel in bulk, then finish with pulse laser ablation or blast and paint where the specification calls for it. The result is a cleaner, quieter, lower-energy coating removal process for critical infrastructure.

RPR Technologies

RPR is the Worlds leading Induction Coating Removal Technology.

RPR Technologies is the world’s leading provider of induction disbonding systems. Powered by patented technology, RPR disbonds heavy coatings in bulk and acts as a force multiplier for conventional blast and paint programs, making surface preparation faster, safer and more cost-effective.

Coatings Removal​

by Controlled Induction Heating​

See how induction disbonding delivers cleaner, faster results across real projects. Explore where the technology excels, what it means for schedule, safety, and waste, and read our case studies to see the results of RPR technology in action.

One technology, Endless Industrial Applications

Mining & Resources
Industry

ACR Tech provides specialist induction coating removal services for mining and heavy industry across Australia. Our RPR induction system removes high-build epoxies, rubber linings, and protective coatings without blast media waste or airborne contaminants, delivering faster turnaround and full compliance with Australian safety and environmental standards.

Marine Infrastructure
& Shipping

ACR Tech delivers professional coating removal services for the ship and marine infrastructure industries. Using RPR’s world leading Induction Coating Removal Technology, we reduce grit usage, waste and the risk of environmental contamination, trusted by major companies and delivering real results.

Bridges

ACR Tech delivers professional coating removal services for the bridges and steel structures industry. Bridges present unique challenges for coating removal: complex geometries, restricted access, environmental sensitivity and the need to keep disruption to a minimum. Operating with no grit, no water and no airborne dust, our Induction Coating Removal Technology is particularly well suited to bridges over water, roads or environmentally protected areas. Coatings are released cleanly and collected directly, with no media waste to manage or dispose of.

Tanks & Bulk Storage

ACR Tech delivers specialist induction coating removal for mining and resources infrastructure across Australia. Mining and minerals processing puts steel infrastructure under constant stress, with coatings degrading faster and maintenance cycles coming around more frequently than in most industries. Our RPR induction system removes coatings without grit, water, or airborne particulate, reducing environmental risk and keeping your site compliant and operational.

Industrial, Energy & Utilities

ACR Tech is an approved induction coating removal contractor for the energy and utilities sector, experienced across live oil and gas pipelines, refineries, and storage tanks across Australasia. Our RPR system’s patented safety technology is the only approved alternative coating removal process for live pipelines, eliminating costly shutdowns and reducing operational interruptions. We specialise in the removal of coal tar, rubber, 3LPE/3LPP coatings, and asbestos wraps up to 25mm+ thick, trusted by BP, BHP, and Caltex.

Hazardous Coatings

Licensed Lead & Asbestos Coating Removal Specialists

ACR delivers safe, compliant removal of hazardous coatings, including lead-based paints and asbestos-containing materials. Induction coating removal keeps dust down, so other teams can keep working in adjacent areas.

Much of Australia’s aging steel infrastructure such as bridges, marine wharves and terminals contains hazardous coatings. Managing the interface with the public during coating remediation is a critical step in the overall program.

Faster, Safer

Faster and Safer results. Our technology protects workers by removing the risks of conventional methods while boosting productivity.

Project Completed
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Less Garnet Waste
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Less Waste to Dispose
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Understanding The Science Behind RPR

RPR induction coating removal uses electromagnetic induction to heat the ferromagnetic steel substrate directly beneath the coating, weakening the bond line so the coating disbonds and lifts away in large sections. The result: bulk coating removal with minimal dust and secondary waste, ready for a faster blast and paint finish.

Feedback from safer and greener completed projects

What does ACR Tech Do

ACR Tech is an induction coating removal contractor led by RPR Induction Coating Removal Technology, which forms the core of our approach. To deliver the most effective result on every project, we combine RPR with complementary methods including pulse laser ablation, mechanical removal with hazardous vacuum process, blast and paint, and hybrid solutions that bring multiple methods together to maximise efficiency, safety and surface integrity.

Induction Coating Removal

Our core service. RPR disbonds thick, bulk and hazardous coatings such as high-build epoxies, rubber linings, coal tar and lead-based paints from steel structures, tanks, pipelines and vessels. RPR induction requires a ferromagnetic substrate, and because dust stays down, other teams can keep working in adjacent areas while we remove the coating.

Pulse Laser Ablation

For thin coatings, rust, mill scale and precision work on intricate or sensitive components, pulse laser ablation removes material with short, high-energy laser pulses and no abrasive media. It suits tight access areas, surfaces where the substrate must be protected, and final cleaning after induction coating removal.

Blast and Paint

Where the specification calls for an anchor profile on the steel surface, our blast and paint service completes the job. We use abrasive blasting, sometimes known as sandblasting, with media such as garnet, steel grit, aluminium oxide and steel shot, then apply the new protective coating system.

Induction coating removal as a force multiplier for blast and paint

The most common application of RPR is as an enabler of conventional methods. RPR does the heavy lifting, removing heavy coatings in bulk, while abrasive blasting cleans up the remaining residue and provides a profile to the steel. On most projects this combined approach makes blast and paint many times more effective, reducing blast hours, garnet consumption and waste volumes. Where specifications still call for conventional cleanliness standards, RPR serves as a highly effective enabler, rapidly removing bulk coatings and minimising the effort required for final blasting or cleaning in preparation for recoating.

Explore innovation, technology and news from our journey

Explore the latest innovations, project stories, and insights from the ACR Tech team.