DE-ICE BOOT RECONDITIONING & PRESERVATION
Maintain critical ice protection systems at peak performance.
The condition of your aircraft’s de-ice boots plays a direct role in safety, efficiency, and operational readiness. Prime Aviation Detailing’s De-Ice Boot Reconditioning service is designed to restore functionality, flexibility, and appearance while extending the service life of this critical ice protection system.
Our controlled reconditioning process addresses oxidation, surface degradation, and material fatigue, while renewing protective coatings to ensure reliable operation in icing environments. The result is improved performance, enhanced durability, and a clean, professional appearance — without premature replacement.
Service Overview
This specialized process restores the physical integrity and protective properties of pneumatic de-ice boots through precision cleaning, oxidation removal, surface conditioning, and application of aviation-approved protective treatments. The service is performed with strict attention to material compatibility and operational standards, making it suitable for on-site execution at FBOs and operational bases.
Performance & Operational Advantages
Restored Ice Protection Efficiency
Reconditions boot surfaces to support consistent inflation, deflation, and ice shedding performance during icing operations.Oxidation & Contaminant Removal
Eliminates oxidation, embedded residues, and environmental buildup that compromise both appearance and function.Extended Service Life
Protective treatments help preserve material integrity, delaying costly replacement and reducing long-term maintenance expenses.Maintained Flexibility
Conditions the rubber surface to retain elasticity, ensuring predictable and reliable de-icing cycles.Professional Exterior Appearance
Delivers a uniform, refined finish that enhances the aircraft’s overall presentation and perceived maintenance quality.Protective Surface Treatment
Applies a durable, aviation-approved coating designed to resist UV exposure, environmental wear, and operational stress.Technician-Driven Precision
Performed by trained aviation detailing professionals using controlled methods aligned with aircraft maintenance best practices.
