Aviation: Precision Beyond the Surface
Because "Clean Enough" Isn't a Flight Standard
Whether it is a meticulously restored vintage airframe or a modern long-range jet, your aircraft demands a level of care that traditional methods simply cannot provide. For years, the industry accepted a compromise: using harsh solvents and pressurized water that risked the very systems they were meant to clean.
Dry ice blasting eliminates that compromise. It is a non-abrasive, non-conductive, and moisture-free solution that treats your aircraft with the respect it deserves.
Why Dry Ice Blasting for Aviation?
Traditional cleaning is the enemy of longevity. Solvents are "wet," and in an airframe, moisture is the precursor to corrosion.
Eliminate "Residue Creep": Liquid cleaners find their way into lap joints, rivet lines, and electrical connectors. They stay there, attracting grit and triggering oxidation. Dry ice sublimates (turns to gas) on impact, leaving zero secondary waste.
Asset Preservation: Abrasive cleaning can wear down tolerances and damage sensitive composites. Dry ice is soft enough to clean a business card without tearing it, yet powerful enough to strip carbon from an engine manifold.
Safety & Compliance: By eliminating toxic chemicals, you remove the need for intensive PPE and hazardous waste disposal, making your hangar a safer, more efficient environment.
Applications Across the Airframe
From the landing gear to the flight deck, this technology handles the toughest contaminants without the need for disassembly.
Engine & Components: Safely removes carbon soot, baked-on oils, and grease from turbine blades, casings, and accessory gearboxes.
Landing Gear & Wheel Wells: Blasts away hydraulic fluid, rubber accumulation, and "runway grime" from complex geometries and sensors.
Avionics & Electrical: Because the process is moisture-free and non-conductive, it can be used to clean delicate wiring harnesses and electrical bays without risking a short circuit.
Flight Controls & Hinges: Deep cleans actuators and pivot points without removing the essential factory lubricants tucked inside sealed units.
Composite & Paint Prep: Effectively removes oxidation and surface contaminants without damaging the underlying gel coat or carbon fiber structure.
How It Works
The magic of dry ice blasting lies in three rapid-fire physical properties that occur the moment the CO2 pellet hits the surface:
Kinetic Impact: Recycled C02 pellets are accelerated by compressed air. Because they are relatively soft, they dislodge the contaminant without profiling or damaging the substrate.
Thermal Shock: The extreme cold of the dry ice (-78.5°C) causes the contaminant (grease, carbon, or oil) to become brittle and crack. This breaks the bond between the grime and your aircraft.
Rapid Expansion: As the pellet hits, it instantly sublimates from a solid to a gas. This expansion (nearly 800 times its original size) creates a "micro-explosion" that lifts the dirt 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 the fuel. Dry ice blasting is faster because there is no drying time and no secondary cleanup. It is safer because it is non-toxic and non-corrosive.
You don't just get a clean aircraft; you get the peace of mind that comes from knowing your maintenance reflects the same precision as your piloting.
Clean airframes. Clear consciences. Flight-ready precision.