Advanced Sealing, Composite & Connector Solutions for Defense Environments
Sealing Systems Advanced sealing solutions for demanding aerial, ground & naval operating environments
Sealing Systems

Advanced sealing solutions for demanding aerial, ground & naval operating environments

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Sealing Systems

Greene Tweed’s comprehensive range of high-performance sealing systems ensures the utmost in reliability and mission continuity in extreme temperatures of up to 260°C and harsh operating conditions, and has been the solution of choice for manufacturers worldwide for over 50 years.

Seal types include:

  • Rod Seals – prevent fluid escape through the rod exit of a cylinder chamber
  • Piston Seals – prevent fluid transfer between chambers in reciprocating pistons
  • Scrapers & Wipers – prevent contaminants from entering a system
  • Static Seals – prevent fluid leakage between joined non-moving surfaces
  • Rotary Seals – provide sealing against rotary or oscillating surfaces with no translational motion

The FDA-compliant solutions are highly customizable and meet the demanding requirements of a wide range of defense applications, including:

  • UAVs & Aircraft – fuel, engine utility, and flight control systems
  • Ground Vehicles & Systems – hydraulic and electrical actuation, recoil systems, and engine components
  • Naval – propulsion systems, missile systems, and onboard electronics

The product portfolio includes:

  • AGT Rings – bidirectional rod and piston T-seals for static & dynamic aerospace applications
  • ACT Rings – T-seals with converging slides for enhanced lubrication and reduced friction and wear
  • Arlon® 3000 XT – high-pressure and high-temperature seals for extreme environments
  • Canted Coil MSE® – high-durability seals with superior leakage control for small-diameter applications
Advancing Defense Capability Through Strategic Collaboration Defense Advancement works with major OEMs to foster collaboration and increase engagement with SMEs, to accelerate innovation and drive defense capabilities forward.