Services by Sector

Production machinery can often be treated in place, removing grease, oil, carbon and process build-up without introducing water or secondary blast media. This can reduce strip-down, improve access for inspection and help maintenance teams return equipment to service sooner.

Suitability: Each project is assessed for suitability before work begins.

Machine tools, jigs, fixtures and precision tooling can collect coolant, grease, carbon and other process residue in areas that are difficult to reach by hand. Dry ice blasting gets into complex shapes and detailed areas without water or abrasive blast media, supporting maintenance, inspection and preparation while helping protect critical surfaces.

Suitability: Each project is assessed for suitability before work begins.

Injection moulds, vents and tooling can be treated to remove release agents, polymer and resin build-up, off-gassing residue and other process contamination. Dry ice blasting reaches detailed mould areas without introducing water or secondary blast media.

Suitability: Each project is assessed for suitability before work begins.

Switchgear, control panels and electrical assemblies can collect dust, carbon, grease and process contamination in detailed areas that are difficult to clean by hand. Dry ice blasting is a dry, non-conductive process that introduces no water or secondary blast media.

Suitability: Electrical equipment is assessed individually, with isolation and site-specific electrical safety requirements confirmed before work begins.

Motors, transformers and generators can be treated to remove carbon, oil, dust and built-up contamination from windings, housings, cooling fins and other detailed areas. The dry process introduces no water or abrasive blast media, helping prepare equipment for inspection and planned maintenance.

Suitability: Electrical equipment is assessed individually, with isolation and site-specific electrical safety requirements confirmed before work begins.

Power-generation and distribution equipment can collect carbon, oil, dust and environmental build-up over time. Dry ice blasting removes suitable contamination without adding water or secondary blast media, making it useful during planned outages, inspection and maintenance work.

Suitability: Electrical equipment is assessed individually, with isolation and site-specific electrical safety requirements confirmed before work begins.

Agricultural machinery often carries crop residue, grease and oil around engines, drivetrains, hydraulics and other mechanical areas. Dry ice blasting can remove suitable build-up without water or secondary blast media, helping with inspection, maintenance and fault finding. Removing dry crop debris from appropriate areas around hot or moving components can also support routine fire-risk management.

Suitability: Each project is assessed for suitability before work begins.

Construction machinery and heavy plant can accumulate grease, oil, bitumen and heavy build-up around chassis, engines, hydraulics and mechanical assemblies. Dry ice blasting exposes these areas for inspection, maintenance and repair without introducing water or secondary blast media. ICEWORKS can work at suitable yards, workshops and construction sites using our mobile setup and onboard power.

Suitability: Each project is assessed for suitability before work begins.

Commercial vehicles and fleet assets can be treated around chassis, engine bays, drivetrains, suspension and other mechanical areas to remove grease, oil, road grime and operational contamination. The process introduces no water or secondary blast media and helps with inspection, maintenance, fault finding and vehicle preparation. Suitable work can be carried out at workshops, yards and depots using our mobile setup.

Suitability: Each project is assessed for suitability before work begins, with the treatment method adapted to the asset, contamination and required outcome.

Plant rooms, building services, ductwork and structural areas can collect grease, oil, carbon, dust and operational build-up over time. Dry ice blasting can treat suitable building areas and difficult-access infrastructure without introducing water or secondary blast media, supporting maintenance, inspection and preparation.

Suitability: Each project is assessed for suitability before work begins.

Paint, selected coatings, graffiti and surface contamination can be removed from suitable brick, masonry and concrete without adding water or abrasive blast media. Pressure, ice feed and nozzle choice are adjusted to the surface and required result, making the process useful where original finish or detail needs to be retained.

Suitability: Each project is assessed for suitability before work begins. Test areas may be used where the surface or coating response is uncertain.

Timber, beams and heritage features can be treated to remove surface contamination, weathered build-up, paint and selected coatings without introducing water or abrasive blast media. Pressure, ice fragmentation and nozzle choice are adjusted to the surface and required result, helping preserve original detail where suitable.

Suitability: Each project is assessed for suitability before work begins. Representative testing is used where the surface condition, staining or coating response is uncertain.

Classic and historic vehicles often hide years of road grime, grease, oil and old underseal around the underbody, chassis and mechanical areas. Dry ice blasting can remove suitable contamination and selected coatings without water or abrasive blast media, revealing the condition underneath so owners and restorers can decide what needs repair, preservation or protection next.

Suitability: Each vehicle is assessed according to its condition, materials, existing coatings and required outcome before treatment begins.

Performance and prestige vehicles benefit from a process that can reach detailed areas without soaking the vehicle or adding secondary blast media. Engine bays, underbodies, wheel arches, suspension and drivetrains can be treated to remove built-up grime and contamination, improve inspection access and prepare the vehicle for preservation or further work where required.

Suitability: Each vehicle and treatment area is assessed individually according to the materials, contamination and required finish.

See the dry ice blasting process in action:

Motorcycles have exposed engines, frames and mechanical parts where grease, oil, road grime and chain residue collect around fins, joints and tight spaces. Dry ice blasting can reach these areas without adding water or secondary blast media. Each bike is assessed first so the treatment can be matched to its materials, finishes and required result.

Suitability: Each motorcycle is assessed according to its materials, finishes, contamination and required outcome before treatment begins.

See the dry ice blasting process in action: