Aviation: Precision Beyond the Surface
Because “Clean Enough” Isn’t a Flight Standard
In aviation, “clean enough” is rarely good enough.
From meticulously restored vintage airframes to modern long-range jets, aircraft demand cleaning methods that preserve the systems beneath the surface, not compromise them.
Traditional solvents and pressurized water introduce moisture, residue, and unnecessary risk into environments engineered around precision. Surface contamination does more than affect appearance. It can conceal leaks, accelerate corrosion, and reduce inspection visibility in critical areas.
Dry ice blasting eliminates that compromise.
It is a non-abrasive, non-conductive, and moisture-free cleaning process that removes contamination without damaging the surfaces beneath it.
Why Dry Ice Blasting for Aviation?
Traditional cleaning methods can become the enemy of longevity. In aviation environments, moisture is often the precursor to corrosion.
Eliminate Residue Creep
Liquid cleaners migrate into rivet lines, lap joints, and electrical connectors where residue remains long after the surface appears clean.
Dry ice sublimates (returns to its gaseous state) on impact, leaving no moisture and no secondary waste behind.
Asset Preservation
Dry ice removes contamination without profiling metal surfaces or damaging sensitive composites. Carbon buildup, grease, hydraulic residue, and environmental contamination can be removed while preserving the integrity of the underlying material.
Safety & Compliance
By reducing the need for harsh chemicals and minimizing secondary waste, dry ice blasting creates a safer and more efficient maintenance environment for technicians and flight crews alike.
Applications Across the Airframe
From landing gear assemblies to avionics bays, dry ice blasting handles complex contaminants without introducing moisture into sensitive systems or requiring extensive disassembly.
Engine & Components
Safely removes carbon soot, baked-on oils, grease, and operational residue from turbine components, casings, and accessory gearboxes.
Landing Gear & Wheel Wells
Removes hydraulic fluid, rubber accumulation, runway grime, and environmental buildup from complex geometries, sensors, and hard-to-access surfaces.
Avionics & Electrical
Because the process is moisture-free and non-conductive, it can be used around delicate wiring harnesses, connectors, and electrical bays without introducing additional contamination risks.
Flight Controls & Hinges
Deep cleans actuators, hinges, and pivot assemblies without introducing moisture into critical mechanical systems.
Composite & Paint Preparation
Effectively removes oxidation and surface contaminants without damaging underlying gel coat, aluminum, or carbon fiber structures.
How It Works
Dry ice blasting relies on three simultaneous physical reactions that occur the moment the CO₂ pellet impacts the surface:
Kinetic Impact
Recycled CO₂ pellets are accelerated using compressed air. Because the pellets are relatively soft, contaminants are dislodged without damaging or profiling the substrate beneath.
2. Thermal Shock
At -78.5°C (-109.3°F), dry ice rapidly cools the contaminant layer, causing grease, carbon, oil, and buildup to become brittle and release from the surface.
3. rapid Expansion
Upon impact, the dry ice sublimates instantly from a solid into a gas, expanding nearly 800 times in volume. This rapid expansion lifts contamination away from the surface from the inside out.
The Bottom Line: Better for the Owner. Better for the MRO.
In aviation, time is the only commodity more expensive than fuel.
Dry ice blasting reduces downtime by eliminating drying time, minimizing disassembly, and reducing secondary cleanup. The process is non-toxic, non-corrosive, and designed for environments where precision matters.
You do not just get a cleaner aircraft.
You get a maintenance process aligned with the same standards the aircraft was engineered around: precision, condition, and reliability.
Clean airframes. Clear inspections. Flight-ready precision