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  • Ambattur Industrial Estate, Chennai
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Aviation maintenance

Water jetting systems for aero equipment and component cleaning

Adjustable-pressure jetting units for MRO workshops and ground teams to remove oil, grease, fuel residue and debris from landing gear, wheels, tanks and components, used within your approved cleaning procedures.

  • Adjustable 500–2800 bar
  • Manual or automated control
  • Optional water recovery
  • Skid, trailer or vehicle mounted
  • Pressure-tested before dispatch
  • Spares and accessories in Chennai
  • Supplied across India and the Gulf
Water Jetting Systems for Aero Equipment Cleaning

Water jetting systems for aero equipment cleaning provide high-pressure water streams (up to 2800 bar) to remove contaminants, oil, grease, debris, dust, and other residues from aerospace components, supporting routine maintenance. These systems are non-abrasive, eco-friendly, and cost-effective, and suit cleaning of aircraft parts, engines, fuel tanks, landing gear, and other critical equipment used in aviation.

Our water jetting systems offer precise, adjustable pressure and flow control so they can be set up to match the cleaning methods specified in your maintenance procedures.

How aero equipment jetting works

Water jetting systems for aero equipment use high-pressure water streams to remove contaminants and deposits from equipment surfaces. The core components of these systems include:

System components

High-Pressure Pump: Delivers the necessary water pressure (500 bar to 2800 bar) for effective cleaning

Nozzles: Rotary or fixed nozzles direct water across surfaces to remove contaminants efficiently

Flexible Lances & Hoses: Reach deep into components like engines, landing gear, and fuel tanks for thorough cleaning

Control System: Regulates water flow and pressure, ensuring optimal cleaning based on the component type and contamination level

Water Recovery System (Optional): Collects, filters, and recycles water, promoting sustainability and reducing water waste

Technical Specifications

  • Pressure Range: 500 – 2800 bar (customized for different cleaning needs in the aerospace industry)
  • Flow Rate: 15 – 200 LPM
  • Power Source: Electric, Diesel, or Hydraulic-powered
  • Pump Type: Triplex Plunger Pumps or Axial Piston Pumps for maximum reliability
  • Nozzle Types: Rotary nozzles, fixed nozzles, and specialized nozzles for aero equipment cleaning
  • Mounting Options: Skid, Trailer, or Vehicle-mounted for ease of transport and portability
  • Water Recovery Systems: Optional systems for collecting, filtering, and recycling water
  • Control Systems: Manual or automated systems for precise pressure and flow control

Aero cleaning applications

  • Aircraft Engine CleaningRemoves oil, debris, and fuel residue from engine areas where water cleaning is permitted
  • Landing Gear CleaningCleans brakes, axles, and wheel assemblies, ensuring proper functioning and reducing wear
  • Fuel Tank CleaningCleans internal surfaces of fuel tanks, removing sediment and contaminants to maintain fuel quality and prevent blockages
  • Aircraft Surface CleaningRemoves dirt and residue from external surfaces at pressures suited to the material
  • Airframe CleaningEnsures the cleanliness of airframes by removing dust, dirt, and residue
  • Aerospace Parts CleaningCleans other critical components such as turbines, propellers, control surfaces, and aircraft wheels

Advantages for MRO and ground teams

  • Non-AbrasiveCleans without grit or abrasive wear when pressure and nozzles suit the component
  • Eco-FriendlyUses only water for cleaning, eliminating the need for chemicals or abrasive materials
  • Efficient & FastHigh-pressure jets quickly remove contaminants, reducing downtime and allowing for quicker aircraft turnaround times
  • Easier InspectionClean components make leaks, cracks, and wear easier to spot during maintenance
  • Cost-EffectiveMinimizes maintenance costs by preventing damage to equipment and eliminating the need for expensive chemicals
  • VersatileSuitable for cleaning a wide range of aircraft components, including engines, landing gear, airframes, and more

Why choose Riggers Pumps for aero cleaning

Our water jetting systems are designed to provide high-performance cleaning solutions for the aerospace industry. Here's why our systems are ideal for aero equipment cleaning:

Compliance & Certifications
  • High-Performance DesignDelivers powerful, high-pressure water jets for efficient cleaning of aero equipment
  • DurabilityBuilt with corrosion-resistant materials for regular workshop and apron use
  • Customizable SolutionsTailored to meet your specific cleaning needs, whether it’s pressure, flow, or nozzle configuration
  • Portable & FlexibleAvailable in skid, trailer, or vehicle-mounted options for easy transport across different locations
  • Full SupportWe provide installation, training, and after-sales service to ensure optimal performance

Choosing a jetting set-up for aero cleaning

Aviation cleaning is about control more than raw pressure. Use these points to brief us, and always follow the component maker's approved cleaning method.

Start from the approved method

Check the maintenance data for each component: permitted pressure, temperature, distance and areas to mask.

Prioritise pressure control

Specify a control system and nozzles that let operators run well below maximum pressure for delicate parts and higher for heavy build-up.

Landing gear and wheels

Oil, grease and brake dust come off with directed fixed nozzles; protect bearings, seals and sensors.

Fuel tanks and enclosed parts

Tank cleaning needs a method matched to tank design and residue, with lances to reach inside.

Workshop or mobile

Electric skids for a fixed MRO bay; diesel trailer or vehicle units for remote or apron work.

Water recovery

Oily and fuel-contaminated wash water should be collected; the optional recovery system filters it for reuse or disposal.

How a Riggers Pumps order works

Three steps from enquiry to a tested machine on your site.

  1. Share the job

    Tell us the application, the pressure and flow you need (or the surface and dirt you are dealing with), power available and site conditions. Photos help.

  2. We size and build

    Our engineers match pump, drive, nozzle and accessories to the duty and send a clear technical offer.

  3. Tested, delivered, supported

    Each unit is pressure-tested before dispatch, and we stay on call for commissioning guidance, spares and service.

Frequently asked questions

Straight answers to what buyers ask us most. Can’t find yours? Ask our team.

Which water jetting system suits aero equipment cleaning?

A system with the correct pressure, flow, nozzles and a good control system suits aero cleaning. The right set-up depends on the component, the residue and the cleaning method approved for that part, so precise pressure adjustment usually matters more than maximum pressure.

What pressure is suitable for aircraft component cleaning?

It depends on the component and contamination. Lower pressure is used where controlled cleaning is needed on delicate parts; higher pressure is reserved for tough residue and heavy build-up on robust components. Always follow the pressure limits in the component's maintenance data.

Can water jetting clean landing gear?

Yes. With the correct pressure and nozzle, water jetting removes oil, grease, dirt and residue from landing gear, brakes, axles and wheel assemblies. Bearings, seals and electrical connectors should be protected from direct high pressure jets. Tell us the parts so we can suggest nozzles.

Is water jetting suitable for fuel tank cleaning?

It can be used when the system is chosen to match the tank design, residue type and the required cleaning method. Fuel tank work also needs your site's safety procedures for flammable atmospheres and confined spaces. Tell us the tank type and residue so we can suggest lances and nozzles.

Can water jetting damage aero equipment?

It can if pressure, nozzle or distance are wrong. With the correct set-up and method, water jetting cleans effectively without unnecessary surface damage. Thin skins, composites, seals and coatings need low pressure or should not be jetted at all; check approved procedures first.

Electric or diesel for aero cleaning?

Electric suits fixed-location cleaning in a hangar or MRO workshop with stable power and no exhaust. Diesel suits mobile or remote cleaning operations away from a power supply. Both can be supplied with fine pressure control. Tell us where the cleaning will be done and we will recommend the drive and mounting.

What types of aero equipment can be cleaned?

Water jetting can be used for selected cleaning tasks on engine areas, landing gear, wheels, tanks, external surfaces and other components, depending on the cleaning requirement and the approved method for each part. Tell us the parts you clean most often so we can suggest nozzles and pressure settings.

What should I send for a quote?

List the components to clean, residue types, permitted pressure from your maintenance data, workshop or mobile use, power source, whether wash water must be recovered and the control level you need. Photos of the parts and residue help us suggest nozzles and the right pressure control.

Talk to an engineer

Get a controlled jetting set-up for your MRO

Share the components, residues, permitted pressures and workshop set-up. We will recommend a unit and nozzles.

Ask for a quote

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