Cleaning is the foundation of all aerospace surface‑treatment processes. Whether preparing aluminium, titanium, or nickel for inspection, bonding, coating, or chemical processing, correct cleaning determines the success of every downstream step. This guide explains the aerospace cleaning workflow, contamination types, and how WØB cleaning solutions support reliable, repeatable results.
Oils, machining fluids, fingerprints, polishing compounds, and debris interfere with:
If contamination is not removed at the start, every subsequent process becomes less effective.
Cleaning addresses organic and inorganic contamination; oxide removal processes address chemical contamination.
Cleaning is a structured workflow. Each step prepares the surface for the next.
Remove loose debris and heavy oils using NDT‑10 or NC‑10. This prevents contamination from interfering with immersion cleaning.
Use NDT‑20 or NDT‑30 depending on contamination level:
Agitation improves cleaning uniformity and helps remove embedded particulates.
Rinse thoroughly to remove cleaner residues. Poor rinsing can cause spotting, streaking, or interference with oxide‑removal processes.
Dry in a clean environment. Avoid contamination from handling or airborne debris.
Correct cleaning improves:
Yes — cleaning is the foundation of all aerospace surface‑treatment processes.
No — invisible residues can interfere with inspection and finishing.
Yes — poor cleaning is one of the most common causes of weak or inconsistent indications.
Yes — re‑cleaning is common if parts are handled or stored before processing.
For critical aerospace components, DI water is strongly recommended.
Cleaning is the essential first step in preparing aerospace aluminium, titanium, and nickel components for inspection, bonding, coating, and chemical processing. WØB Aerospace cleaning solutions provide reliable, repeatable performance across all contamination types, ensuring consistent results throughout the entire surface‑treatment workflow.
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