Want to email decision-makers? Need a specific city or state?

Find your next customers, fetch contacts, and send outreach — all in one place.

Try Free Search

Aircraft Fuel System Manufacturers

Last updated: January 2026

This directory lists 60 aircraft fuel system manufacturers across the United States, from specialized bladder tank fabricators to complete fuel manifold and inerting system integrators.

Buyers in this category are typically solving critical problems related to aircraft range extension, weight reduction, enhanced crashworthiness, and compliance with evolving environmental regulations. This often involves sourcing lightweight composite fuel tanks, advanced pumps, valves designed for precise fuel quantity indication systems (FQIS), and components capable of enduring extreme temperatures and vibration with complete integrity.

The spectrum of suppliers includes dedicated flexible fuel cell manufacturers, who specialize in highly durable, puncture-resistant bladder tanks; component specialists focusing on complex fuel manifolds, pumps, and sensors; and full-system integrators who can design, manufacture, and certify entire fuel distribution networks, including fuel jettison and inerting systems.

When approaching these manufacturers, buyers should be prepared with comprehensive performance specifications, detailed material compatibility requirements, precise environmental envelopes, and a clear understanding of the target airworthiness certification path (e.g., FAA Part 21 Production Certificate). Suppliers will expect mature engineering data, including CAD models and DFM (Design for Manufacturability) input, as well as clear definitions of acceptance criteria and hydrostatic testing protocols.

A notable trend in the industry is the increasing demand for fuel systems compatible with Sustainable Aviation Fuels (SAF), driving innovation in material science for seals and coatings. Furthermore, the push towards electrification in aerospace is leading to hybrid fuel system designs, where traditional fuel management interfaces with advanced battery cooling and power electronics, demanding highly integrated and robust thermal management solutions.

60 companies·35 emails·55 phones

Want premium placement for your company?

Get featured at the top of this directory

Advertise with us

Company Directory

60 companies nationwide

AdelWiggins Group specializes in aerospace-related fluid line components. The company manufactures essential products such as fuel isolators, quick disconnects, valves, hose assemblies, flexible and rigid couplings, and various clamps and heaters. These components are critical for aircraft fluid transfer and fuel systems.

Meadows Of Dan, VA

Based in Meadows of Dan, VA, Aerial Machine & Tool, Inc. engineers and manufactures custom survivability solutions for aviation and ground support. They produce mission-critical combat equipment and ventilation equipment, including aircraft fuel tank ventilation systems. Serving the Department of War and Allies, they offer nearly a century of innovation and expertise.

Van Nuys, CA

Based in Van Nuys, CA, Aerocon Engineering designs and manufactures custom auxiliary fuel systems and complex mechanical solutions for the aerospace industry. With over thirty years of experience, the company delivers high-performance aircraft components, including electronic monitoring/control systems, known for design excellence and quality.

Tulsa, OK

Based in Tulsa, OK, Precision Hose Technology, Inc. manufactures aircraft hose kits and assemblies. With 35 years of experience, the company offers an extensive selection of over 600 kits. They also provide custom hose manufacturing, built precisely to client specifications with efficient 2-3 day delivery.

Airflow Performance manufactures aircraft fuel injection systems for experimental aircraft and Lycoming engines. They also provide overhauls for Bendix fuel injection, Romec pumps, and flow dividers, serving both certified and experimental aviation applications.

Georgetown, DE

Based in Georgetown, DE, ALOFT AeroArchitects designs, manufactures, installs, and certifies complete auxiliary fuel systems for aircraft. The company also offers avionics products, VVIP interiors, engineering, and maintenance and modification services for various aerospace customers.

Chase Filters & Components manufactures high-pressure filters for aerospace, military, and aviation ground support applications. They produce filters for air, gas, oxygen, hydraulic fluid, and fuel, supplying major commercial manufacturers and aerospace OEMs for various aircraft systems.

CiES Inc. specializes in the design, certification, and manufacturing of digital fuel senders for aircraft. The company supplies original aircraft equipment manufacturers (OEMs) and also provides retrofit solutions, offering advanced fuel system components for various aviation applications.

Costa Mesa, CA

Cla-Val designs and manufactures automatic control valves, providing a complete range of aviation fueling control valves for military fueling systems. The company also serves municipal waterworks, fire protection, and marine industries, offering diverse solutions for demanding applications.

Crane Aerospace & Electronics manufactures highly engineered solutions for aerospace and defense. The company provides proven fuel gauging solutions, including standalone active fuel probes and complete gauging systems for aircraft. Their capabilities also encompass sensing components, fluid management, landing & control systems, and electrical power solutions.

Facet Filtration designs and manufactures advanced aviation fuel filtration systems for clean, dry fuel. With 80 years of experience, the company provides high-performance fuel filtration solutions for aviation, marine, and industrial applications. They offer versatile housings and focus on contaminant management through innovative technologies.

El Segundo, CA

Federal Industries, Inc. is an aerospace and defense manufacturer based in El Segundo, California. The company specializes in Fuel, Hydraulic, Electro-Mechanical, and Pneumatic Flow Control devices. They also provide proprietary Aerial Refueling Digital Hydraulic Actuation systems, successfully integrated into platforms like the Boeing KC-46 Pegasus.

Memphis, TN

Based in Memphis, TN, FFC, Inc. specializes in manufacturing aircraft fuel bladders. The company also provides comprehensive repair services for aircraft fuel cells, serving the aviation industry with its engineered solutions.

El Cajon, CA

Based in El Cajon, CA, Flint Aero, Inc. manufactures FAA-approved auxiliary wing tip fuel tanks for Cessna aircraft. The company produces durable, laminated fiberglass fuel tanks designed to extend flight range, along with complete installation kits and components.

Mims, FL

Based in Mims, FL, Fuel Tech Inc. specializes in the design, fabrication, installation, and servicing of aviation fueling systems. They provide fueling cabinets, skids, self-service terminals, static relaxation vessels, and various tank systems, serving aviation fuel facilities throughout the US.

San Diego, CA

Based in San Diego, CA, General Atomics develops advanced technology solutions for government and commercial applications. The company specializes in Unmanned Aircraft Systems, combat aviation, and precision-guided missiles, including the YFQ-42 program. It provides defense and energy-related products.

Ada, OK

Based in Ada, OK, General Aviation Modifications, Inc. (GAMI) manufactures precision fuel injectors for Continental and Lycoming piston aircraft engines. GAMI holds STCs and PMAs for over 300 engine models, improving fuel/air distribution. The company is also actively involved in the development and availability of G100UL unleaded aviation fuel.

Pacific, MO

Husky, based in Pacific, MO, specializes in manufacturing components for aviation fuel systems. Their products are specifically designed for jet fuel and higher aromatic aviation gasolines used in commercial and private aircraft, available in eight different diameters to meet various application needs.

Lancaster, CA

Hydroplane, based in Lancaster, CA, develops modular hydrogen fuel cell power plants and electric propulsion systems for aviation and mobile power generation. The company's unique design focuses on PEM thermal management, durability, and cost efficiency, providing emission-free power comparable to hydrocarbon engines for aircraft.

Tulsa, OK

Infinite Composites manufactures lightweight, high-pressure composite pressure vessels (iCPV tanks) for aerospace, industrial gas, and transportation. These tanks are crucial components for propellant storage in satellites and hydrogen fuel storage in hydrogen-powered aircraft, directly supporting advanced aircraft fuel system needs.

Valencia, CA

Based in Valencia, CA, ITT Aerospace Controls specializes in manufacturing aircraft fuel system components. The company produces aircraft fuel pumps, fuel boost pumps, and emergency fuel boost products, serving the aerospace industry. They provide essential control solutions for critical aviation applications and systems.

East Aurora, NY

Based in East Aurora, NY, Liquid Measurement Systems (LMS) specializes in designing and manufacturing advanced fuel measurement and management systems. They provide comprehensive fuel quantity indicating systems (FQIS) for both new aircraft and retrofit programs, serving military and commercial aviation sectors.

Chatsworth, CA

Based in Chatsworth, CA, Measure Tech manufactures and repairs PMA parts for the aerospace industry. They specialize in high-quality liquid level sensors for aircraft fuel, lavatory, and engine oil tanks. The company adheres to FAA guidelines and holds ISO9001:2015 and AS9100D certifications.

Based in Baltimore, MD, Millennium Systems International, LLC manufactures aviation and aircraft refueling systems. They provide MARS Modular Aircraft Refueling Systems, offshore helifuel systems, tank farms, and bulk liquid handling equipment. Services include design, engineering, fabrication, installation, and support for fueling infrastructure.

Northwest UAV manufactures advanced propulsion systems and components for unmanned aircraft. Specializing in multi-fuel UAV engines for high endurance and minimal fuel burn, they also develop hydrogen PEM fuel cells. Their NWFC-1500 fuel cell provides reliable, clean energy for unmanned systems, serving various aircraft classes with combat-proven solutions.

Tulsa, OK

Quality Aircraft Accessories (QAA), a Hartzell Aviation Company, manufactures and provides full life-cycle support for aircraft engine accessories, including fuel systems. They offer engineering, production, maintenance, and overhaul services for components such as fuel control valves, flow dividers, and fuel servos.

Bowling Green, KY

Based in Bowling Green, KY, Recoil Aerospace designs and supports lightweight Zeus Auxiliary Fuel Tanks for military and commercial helicopter missions. These carbon fiber composite tanks expand range and loiter time. The company also develops Tsunami aerial fire suppression systems and U1000 utility tanks for global aviation operations.

Santa Clarita, CA

Based in Santa Clarita, CA, Senior Aerospace Ketema specializes in designing and manufacturing critical fluid control and management components for aerospace and defense applications. They produce fuel transfer pumps, check valves, fluid control valves, and fuel level sensors, supporting aircraft fuel system integrity and performance.

Seneca Companies offers comprehensive solutions for complete fueling systems, including project design, planning, installation, maintenance, and parts distribution. Serving various industries, they specialize in systems from pipeline receipt points to storage facilities and directly onto aircraft, ensuring compliance and full-service support.

VSE Aviation manufactures and supplies FAA-approved components for general aviation aircraft. They specialize in critical parts like dry air pumps, fuel pumps, and regulators. These products are essential for aircraft fuel delivery and other vital systems, serving the aviation industry with certified solutions.

Fontana, CA

Vinyl Technology specializes in the design and manufacture of high-performance flexible fuel containment systems, including custom-fabricated fuel bladder tanks and cells. They serve military, commercial, and experimental aircraft platforms, providing lightweight and high-strength solutions for main, auxiliary, ferry, and long-range fuel applications.

Oakwood Village, OH

Based in Oakwood Village, OH, Weldon Pump, LLC designs, engineers, and manufactures fuel components and pumps. The company provides primary fuel, boost, and injection pumps, among others, for aviation, military, ground support vehicles, and UAVs.

Morris, MN

Based in Morris, MN, Westmor Industries is an American manufacturer of aviation fueling equipment. They design, engineer, and build turn-key solutions, including aviation refuelers for into-plane operations. The company offers comprehensive services for energy storage, transportation, and dispensing systems, backed by in-house manufacturing.

Fort Collins, CO

Woodward Inc. designs and manufactures innovative energy control solutions for aerospace applications. They specialize in aircraft fuel pumping and metering systems, managing the process from fuel inlet to combustion. The company also provides actuation and controls for aircraft engines, ensuring high standards in control technology.

Wayland, MI

Based in Wayland, MI, Recco Filters is an AS 9100 certified OEM supplier of aerospace-quality stainless steel fluid filters, strainers, and precision wire mesh parts. They specialize in manufacturing machined filter housings, fittings, and assemblies for global aerospace system applications.

Stafford, TX

Based in Stafford, TX, Atec, Inc. specializes in designing, fabricating, and commissioning fuel delivery, conditioning, and measurement systems for jet engine testing operations. They also provide custom aeroengine test cells, data acquisition, and support equipment for defense, space, and commercial applications.

Jupiter, FL

Based in Jupiter, FL, AVStar Fuel Systems designs, manufactures, and overhauls carburetors and fuel injection systems for general aviation aircraft. The company provides components for air-cooled piston engines, serving owner pilots, engine shops, and FBOs. They are also a recognized supplier for Lycoming Engines.

Consolidated Fuel Systems specializes in the overhaul, repair, rebuild, and tear-down of aircraft fuel pumps and systems. Their team of skilled and trained technicians provides services for original Lear Romec fuel pumps and Continental Fuel Systems, holding PMA for their processes. They focus on restoring critical aviation components to operational standards.

Valencia, CA

Crissair, Inc. designs, develops, and manufactures superior quality hydraulic, fuel, and pneumatic system components for the aerospace industry. Since 1954, the company has provided precision fluid control components for military and commercial aircraft, adhering to strict design specifications and rigorous quality criteria for peak performance.

Bloomington, MN

Based in Bloomington, MN, Donaldson Aerospace specializes in advanced filtration solutions for the aerospace industry. The company manufactures aircraft fuel filters and assemblies, providing essential components that meet the stringent demands of aircraft and engine manufacturers for optimal operating life and efficiency.

Riverside, CA

Based in Riverside, CA, Ejay Filtration Inc. manufactures custom stainless steel and wire mesh filtration products. They provide FAA/PMA filter parts for commercial aerospace, US Military, and NASA, including rocket fuel filters. The company is AS9100/ISO9001 certified and Nadcap Accredited.

Based in Lititz, PA, FCP Filters is an AS9100 certified and NADCAP approved manufacturer. They specialize in high-performance aircraft, aerospace, coalescing, hydraulic, and oil system filters, as well as strainers and baskets. The company serves military, commercial aerospace, defense, and marine industries.

Redmond, OR

Based in Redmond, OR, Fuel Safe Systems hand builds high-performance safety fuel cells and fuel systems in the US. The company serves various sectors including motorsports, uncrewed systems, defense, and aerospace. They specialize in durable and safe fuel containment solutions engineered for demanding applications.

Chico, CA

Makel Engineering, Inc., based in Chico, CA, specializes in developing innovative chemical sensing systems for demanding aerospace and military applications. They provide full integration and production of flight-qualified hardware, focusing on safety monitoring for propellant leaks and optimizing management in aircraft fuel systems, spacecraft, and launch vehicles.

Chula Vista, CA

Based in Chula Vista, CA, Miller CNC is an AS9100-certified precision CNC machine shop specializing in hard metal and complex parts. They manufacture components like aerospace valves, manifolds, and fluid control parts from Inconel, titanium, and stainless steel for world-class aerospace and defense manufacturers.

Stow, OH

Based in Stow, OH, NMG Aerospace manufactures aircraft fuel valves and various other critical components for the aerospace industry. The company provides comprehensive services including precision machining, fabrication, assembly, welding, product design, and testing, as well as maintenance, repair, and overhaul (MRO).

Nampa, ID

Based in Nampa, ID, Porvair Filtration Group designs and manufactures aerospace filters. These specialized filters are engineered for critical fuel filtration applications within aircraft fuel systems, injectors, and pumps, ensuring high performance and reliability for aviation needs.

Arlington, WA

Based in Arlington, WA, Precision Airmotive LLC manufactures fuel controls and injection systems for certified and experimental aircraft. The company produces RSA fuel injection servos, Silver Hawk EX non-certified systems, and flow divider/nozzle kits for Lycoming engines, serving the general aviation market.

Lincoln, CA

Precision Fluid Controls, Inc. designs and manufactures high-pressure fluid control components for aerospace and ground support applications. They offer a comprehensive range of valves, including ball, check, relief, and butterfly valves, alongside various pressure regulators. These critical components are integral to fluid systems, including those found in aircraft and launch vehicles.

Oxnard, CA

PTI Technologies Inc., based in Oxnard, CA, engineers and manufactures reliable, high-performance filtration solutions for aircraft fluid systems. They provide fully integrated systems critical for various aerospace applications, including those within aircraft fuel management, ensuring efficient and safe operations.

Tempe, AZ

Robertson Fuel Systems, LLC, based in Tempe, AZ, manufactures crashworthy aircraft fuel systems. They specialize in self-sealing fuel containment and survivability solutions, engineered to prevent post-incident fires. Serving the military, their systems are deployed in platforms like the UH-60M and Black Hawk, ensuring enhanced safety.

Garden City, MI

Based in Garden City, MI, SAF-AIR Products, Inc. manufactures aviation products for the general aviation industry. The company specializes in fuel and oil system components, offering various fuel drain valves, bladder tank systems, oil valves, AN adapters, O-rings, and banjo bolt adapters.

Eau Claire, WI

Based in Eau Claire, WI, U-Fuel designs and manufactures patented, intelligent fueling systems. Since 1987, they have provided flexible solutions for diverse applications, including military operations, self-service aviation fuel for airports, commercial fleets, and remote regions. They are pioneers in hazard liquid storage and dispensing.

Valcor Engineering Corporation designs and manufactures fluid and motion control components and systems for demanding applications. Since 1951, they have served the Missiles & Space, Aircraft, Nuclear, and Military industries. They develop complete manifold systems around their components and support programs from concept to production.

Bakersfield, CA

Based in Bakersfield, CA, Western Valve manufactures double block and bleed valves for commercial aviation and military fueling systems. Their valves are designed for superior strength and require less maintenance, with all parts machined and assembled in their US facility.

W Machine Works manufactures high-quality aerospace parts and manifolds for demanding aviation and defense systems. Certified to AS9100 and ISO 9001, the company supports major programs like the F-35, 737Max, and A350, leveraging advanced 5-axis machining for precision and efficiency.

Honeywell Aerospace manufactures mechanical fuel controls for aircraft gas turbine engines. They provide these critical components for both military and commercial aviation applications. The company supports the global aerospace industry with its advanced technologies.

Milwaukee, WI

Based in Milwaukee, WI, Aircraft Specialty provides complete hose installation packages tailored for aircraft builders. The company also offers highly customized solutions to its OEM partners, specializing in critical fluid transfer components for various aircraft systems, including fuel, oil, and hydraulics.

AMETEK Sensors and Fluid Management System supplies complete fluid and fuel management systems for military, commercial, and business/regional aircraft. The company provides industry-leading RTD and thermocouple temperature sensors, highly accurate space and aircraft-grade pressure sensors, and liquid level sensors for various fuel and hydraulic systems.

Cleveland, OH

Parker Hannifin's Fluid Systems division designs and manufactures advanced fuel system equipment for aircraft. They combine extensive design knowledge with cutting-edge pump technology and fuel gauging capabilities, providing critical components and systems for the aerospace industry.

Found what you're looking for? Unlock 35 emails and 55 phones.

How to Choose a Company

  • Verify their specific aerospace quality certifications, ensuring they hold at minimum AS9100D, and ideally an FAA Part 21 Production Certificate (or equivalent EASA approval) for the scope of work, demonstrating validated manufacturing processes.
  • Assess their experience with diverse fuel-resistant materials such as fluorosilicones, nitrile rubber, and advanced composites, particularly regarding their compatibility with traditional Jet A and emerging Sustainable Aviation Fuels (SAF).
  • Demand evidence of rigorous FOD prevention protocols, including dedicated cleanrooms (e.g., ISO Class 7 or 8) for the assembly and testing of critical internal components like fuel probes, valves, and wet wing structural elements.
  • Confirm their internal testing capabilities, requiring more than basic pressure checks; look for advanced hydrostatic testing, vacuum leak detection (e.g., helium mass spectrometry), and functional validation of fuel quantity indication systems (FQIS).
  • Evaluate their understanding of complete system integration, including interfaces for inerting systems (like OBIGGS), fuel heating, and complex fuel manifold routing, rather than just isolated component fabrication.
  • Insist on end-to-end traceability for all raw materials, sub-components, and manufacturing processes, along with demonstrated capabilities for Aircraft on Ground (AOG) support and long-term spares provisioning.
  • Red Flag: Be highly cautious of suppliers who downplay the unique challenges of ignition source control within fuel tanks or lack specific historical experience with dynamic pressure loads and fatigue analysis in actual flight environments; generic aerospace experience is not a substitute for specialized fuel system expertise.

Frequently Asked Questions

What specialized certifications beyond AS9100D are critical for aircraft fuel system manufacturers?

Beyond AS9100D, look for an FAA Part 21 Production Certificate (PC) or a robust Design Organization Approval (DOA) and Production Organization Approval (POA) if they are also involved in design. For special processes like welding or NDT, NADCAP accreditation is essential. These specific certifications confirm adherence to strict regulatory requirements for airworthiness.

How does a supplier demonstrate robust FOD prevention specifically for fuel system components?

A top-tier supplier will implement dedicated cleanroom environments (e.g., ISO Class 7 or 8) for assembly, utilize strict material handling and tool control, employ visual inspection at multiple stages, and maintain a culture where all personnel are rigorously trained in FOD prevention for wet wing and fuel cell integration areas. Ask for their specific written procedures and audit records.

What are the key considerations when sourcing an *inerting system* vs. a standard fuel tank?

Sourcing an inerting system adds complexity due to the need for On-Board Inert Gas Generation Systems (OBIGGS), nitrogen distribution lines, oxygen level sensors, and precise control logic. The supplier must demonstrate expertise in integrating these components, managing compressed air or bleed air, and ensuring the system consistently maintains an oxygen level below the flammability threshold within the fuel tank to prevent combustion, which impacts material selection and thermal management.

What impact does future adoption of Sustainable Aviation Fuel (SAF) have on current fuel system material selection?

The shift to SAF requires careful verification of material compatibility. While SAFs are chemically similar to conventional jet fuel, some blends or 100% SAF could interact differently with existing elastomers, seals, and coatings over time. Reputable manufacturers are proactively testing components against various SAF specifications to ensure long-term integrity, prevent material degradation, and maintain seal effectiveness under these new fuel chemistries.

For novel aircraft designs (e.g., eVTOL), what design for manufacturability (DFM) support should I expect from a fuel system supplier?

For novel designs, expect a supplier to offer early DFM input on optimizing the internal baffling for slosh control, integrating fuel quantity indication systems (FQIS) without adding unnecessary weight, and designing for ease of access for maintenance and inspection. They should guide material selection for optimal weight and crashworthiness, and help navigate certification pathways for unique fuel cell integration challenges.

What are common pitfalls when evaluating a supplier's *hydrostatic testing* or leak detection capabilities?

A common pitfall is accepting only basic pressure testing. For critical aircraft fuel systems, demand evidence of advanced methods like vacuum decay testing, helium mass spectrometry for micro-leaks, or fluorescent penetrant inspection for welds. Ensure they understand how temperature fluctuations, component geometry (e.g., wet wing areas), and fuel properties affect leak detection sensitivity and methodology, and that their procedures meet specific OEM or regulatory standards.

Related Directories