Today’s sealing challenges demand innovative solutions, and nobody knows innovation better than Parker. That’s why Parker develops and manufactures engineered sealing solutions – technologically advanced sealing devices and materials that can keep pace with aggressive chemicals, temperatures, and pressures.
Our sealing products are designed with a unique combination of experience, innovation and support to ensure superior product performance, reliability and safety. Our on-site research laboratories evaluate performance through comprehensive testing processes to meet specific customer needs. And our world-class facilities allow us to formulate and design products to meet the most stringent industry standards (MIL, AMS, UL, and many others) to address aerospace applications calling for extreme high/low temperatures, fluid/pressure resistance, and fire resistance.
See the chart below to see some of the products that Parker's Engineered Materials Group offers to meet your sealing and shielding needs in the aerospace market.
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Parker's diamond seals, designed for face sealing applications, provide robust sealing with retention while requiring a fraction of the space and load of traditional seals.
High temperature, flame-resistant tadpole tapes from Parker are used in firewall closures and structural sealing. Resilient, non-hardening materials can be customized for temperature exposure and bolting force to suit requirements.
FlexiSeals - Spring-energized PTFE Seals (Air Management Systems)
FlexiSeals® from Parker Praedifa used in cabin air conditioning systems withstand temperatures up to +260°C (500°F), are resistant to dynamic movements and meet the long lifetime expectations of the industry.
Custom Rotary Shaft Seals For Aerospace
Parker's wide range of rotary shaft seal options provide superior elastomer lip material options for improved wear resistance and enhanced performance. Custom and standard solutons are available in a wide range of elastomeric, PTFE or labyrinth designs for engine, air management, landing gear & wheel and brake applications.
Custom expansion joints from Parker manage movement, vibration and misalignment between ducting and mating surfaces in aerospace air management systems.
O-rings made from VX065 deliver the extreme low temperature performance needed at high altitudes and during engine startup. With outstanding compression set resistance, VX065 significantly extends seal life in low temperature fuel applications where traditionally only fluorosilicone could be used.
Parker's ULTRA FF200 exceeds AMS 7257C, demonstrating superior retention of mechanical properties and resistance to compression set after longer term fluid exposure and high temperature.
Metal seals used in jet engines withstand temperatures up to 1100°C (+2000°F) and pressures up to 6200 bar while ensuring extremely low leakage rates.
Sealing Systems for Hydraulic Actuators (Landing Gear)
Parker Praedifa provides a wide range of sealing systems for hydraulic actuators providing excellent compatibility with common aerospace fluids and withstanding temperatures down to -50°C (-58°F).
Parker's expertise in custom extruded and spliced seals enables highly complicated geometries and shapes such as 3-D, multi-corner and compression-limited gaskets, while providing superior high bond integrity. This customized solution does not require tooling, and the seals are devoid of parting lines, flow lines, flash and void.
Fabric Reinforced Products
Increase material strength with low closure force sealing to create a variety of products including bellows, profile seals and aerodynamic seals.
For more information on how Parker can assist with your aerospace needs, visit our website or give us a call at 800-854-5350. And for more blogs pertaining to the aerospace market, see the "Related content" section below.
Related content:
New O-Ring Materials for Jet Fuel Lengthen Maintenance Cycles and Reduce Costs
O-Ring Sealing for Maximum Service Life in Aggressive HTS Turbine Oils
New Fluorocarbon Seal Material Extends Safe Life of Jet Fuel O-Rings
New Fluorosilicone Seal Lengthens O-Ring Replacement Cycles
New Low-Temperature Compound Improves Jet Engine HTS Oil Sealing Performance