Advanced VBCI preservation for aircraft engines, systems,
avionics, and long-term storage.
• Assets Covered
Aircraft engines, Auxiliary Power Units (APU), and engine gearboxes.
• Main Threats
Internal uniform corrosion, bearing rust, and gear tooth degradation driven by atmospheric humidity cycling, moisture condensation, stagnant lubricants, and acidic oil residues.
• Recommended Vappro System
Vappro VBCI 850
• Preservation Objectives
Protect the crankcase, interior gears, bearing surfaces, shafts, and oil-wetted internal metal chambers.
• Assets Covered
Hydraulic pumps, control valves, actuators, cylinders, and fluid reservoirs.
• Main Threats
Fluid oxidation, varnish sludge formation, internal seal pitting, and moisture condensation inside stagnant hydraulic circuits during long-term storage.
• Recommended Vappro System
Vappro VBCI 850
Vappro VBCI 852
• Preservation Objectives
Preserve hydraulic reservoirs, internal valve blocks, cylinders, and sealing actuators.
• Assets Covered
Fuel tanks, internal lines, and fuel transfer pumps.
• Main Threats
Water-bottom corrosion and microbiologically influenced corrosion (MIC) stemming from fuel-water interfaces, condensation, and microbial contamination.
• Recommended Vappro System
Vappro VBCI 851
• Preservation Objectives
Protect internal fuel tank walls, lines, and transfer systems from microbial biofilms and moisture.
• Assets Covered
Main fuselage structures, external exposed skins, wing panels, structural cavities, and inaccessible internal spaces.
• Main Threats
Atmospheric corrosion, salt air deposition, and severe pitting driven by trapped environmental humidity, oxygen, and condensation film layers.
• Recommended Vappro System
Vappro VBCI 868
(Augmented with Vappro VBCI 823 or Vappro VBCI 851 for unventilated internal cavities).
• Preservation Objectives
Provide a rugged, hydrophobic chemical barrier across exposed skin boundaries and continuous vapor-phase molecular shields within voids.
• Assets Covered
Main aircraft cabin interiors, cockpit enclosures, and environmental control insulation spaces.
• Main Threats
Structural mold accumulation, fungal growth, and stagnant odors caused by trapped organic dust and moisture retention under restricted ventilation.
• Recommended Vappro System
Vappro VBCI AMS Anti-Mold Spray
Vappro VBCI Moisture-Sorb
• Preservation Objectives
Maintain a clean, sterile, and hygienically safe environment within internal flight and passenger areas.
| SYSTEM / STORAGE CATEGORY | SPECIFIC AVIONICS & HARDWARE COVERED | PRIMARY DEGRADATION DRIVER & SCIENTIFIC CAUSE | RECOMMENDED VAPPRO DEPLOYMENT | FUNCTIONAL OBJECTIVE |
|---|---|---|---|---|
| AVIONICS & ELECTRICAL NETWORKS | Avionics bays, navigation systems, communications modules, control panels, terminals, wire connectors, circuit boards, and sensitive electronics. | Contact oxidation, tarnishing, sulfidation, and electrochemical migration across fine trace lines driven by relative humidity (RH), condensation, and airborne salts. | Vappro VBCI Emitters
(Add Vappro VBCI Moisture-Sorb inside sealed avionic storage boxes). | Protect highly conductive contact pins, terminals, and printed circuit board assemblies (PCBs) without leaving insulative or oily films. |
| LANDING GEAR & WEAR JOINTS | Landing gear struts, structural wheel assemblies, pins, hinges, bolts, exposed threads, and sliding wear interfaces. | Extreme atmospheric corrosion, severe pitting, crevice conditions, and thread binding accelerated by runway de-icing salts, de-icing fluids, moisture, and stagnant grease. | Vappro VBCI 869
(Paired with Vappro VBCI 868 for structural framing elements). | Deliver contact corrosion inhibition and long-term anti-seizure thread protection to moving structural pins and bearings. |
| ELASTOMERIC WEATHERPROOFING | Structural rubber seals, window gaskets, fluid hoses, and environmental elastomeric parts. | Ozone cracking, polymer hardening, UV-driven heat aging, and rapid material oxidation. | Vappro VBCI VBCI Rubberplast | Preserve critical elasticity, prevent cracking, and maintain long-term weather-stripping or fluid containment performance. |
| WAREHOUSE LOGISTICS & SPARES INVENTORY | Factory warehouse replacements, spare mechanical components, wrapped line items, and export shipping boxes. | Localized surface oxidation and atmospheric shelf rust stemming from factory handling residues (fingerprints), dust, and storage climate variance. | Vappro VBCI 826S Film + Vappro VBCI 823 Pouches
(Augmented with Vappro VBCI Moisture-Sorb for bulk moisture stabilization). | Establish a self-contained, long-term VBCI defensive microenvironment inside individual crates or barrier wrappers without needing thick coatings. |
A clean deployment sequence for protecting aircraft propulsion systems, fuel infrastructure, avionics, logistics spares, and structural hardware.
PRODUCT: Vappro VBCI 850
PURPOSE: Protect engines, APUs, gearboxes, hydraulic circuits, and oil-wetted chambers.
PRODUCT: Vappro VBCI Emitters
PURPOSE: Prevent contact oxidation, sulfidation, and electronic signal degradation.
PRODUCT: Vappro VBCI 869 and Vappro VBCI 868
PURPOSE: Protect threads, bearings, hinges, struts, and exposed structural joints.
PRODUCT: Vappro VBCI 826 and Vappro VBCI 823
PURPOSE: Establish long-term VBCI protection inside packaging and storage crates.
PRODUCT: Vappro VBCI Rubberplast
PURPOSE: Preserve elasticity, sealing performance, and resistance to UV degradation.