An O-ring is a torus, or doughnut-shaped ring and can be molded in a wide range of compounds in durometers ranging from 40 to 95 Shore A. Parker's innovative materials and custom designs provide optimal sealing effiency in compliance with stringent environmental regulations, global market dynamics a
Parker's precision cut gaskets provide design flexibility and wide sealing surface for many static applications. Our rectangular geometries enable customers to easily customize seal dimensions to fit their application specific grooves.
Hollow O-rings provide low closure force and are an easy to install sealing solution for many static applications.
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VX065-75 meets the aerospace industry's need for -65°F sealing, excelling at high altitudes and during engine startups. As the only AMS7410 QPL listed material, it offers superior compression set resistance, significantly extending seal life in low-temperature fuel applications. VX065-75 is the ideal choice for extended life and enhanced low-temperature performance.
Parker’s NM507-90, a high-performance, low-temperature nitrile elastomer engineered for aerospace tube fitting seals with exceptional oil compatibility and mechanical durability. Download our brochure to learn how NM507 meets stringent AMS-P-5510 and AS28778 standards, delivering reliable sealing in
Discover the NM507 compound — a high-performance sealing material engineered for exceptional durability, chemical resistance, and thermal stability in demanding industrial applications. Download the NM507 data sheet to explore its specifications, key benefits, and suitability for your sealing needs.
Access Parker’s ORD 5800 Aerospace Industry Material Reference Guide for comprehensive details on MIL specifications, certification approvals, and precise part number ordering instructions. Download the guide to streamline your aerospace sealing selections with confidence and ensure compliance with industry standards.
VX065-75 is a high-performance sealing compound designed to meet aerospace industry demands with exceptional low-temperature resilience down to -65°F. Ideal for fuel applications, VX065-75 offers superior compression set resistance and extended seal life, outperforming traditional fluorosilicone materials.
Extreme Environment Sealing
To meet the crucial sealing demands of the life sciences industry, Parker offers a broad selection of specialty elastomers. Choosing the right material is vital to safeguard patient health, prompting the FDA to establish a standard (21 CFR 177.2600) that specifies the acceptable rubber compound ingredients and extractibles based on their toxicity and carcinogenicity. Typically, for patient-contact applications, a material that meets US Pharmacopeia (USP) Class VI and/or ISO 10993/3 is required.
On-Demand Tech Webinar
This webinar delves into the intricate dynamics between SAFs and rubber seals. We will explore the influence of SAFs on the compatibility and longevity of rubber seals, and the impact of SAF-induced changes in operating conditions on sealing solutions to maintain aircraft reliability and safety.
Aerospace | Deep Space Exploration | Oil & Gas
Innovative FKM materials that bridge the gap by offering outstanding low-temperature performance while maintaining exceptional compression set resistance. This breakthrough enables seals to thrive in extreme cold environments, delivering reliable sealing solutions where others fall short.
Aerospace | Deep Space Exploration | Oil & Gas
Seals used in the aerospace and oil & gas markets are being pushed to perform in extreme temperatures and pressures never seen before. This webinar is designed to cover innovative elastomers in extremely low temperatures never offered before in the seal industry, including space environments. It als
Aerospace
Discover the extreme temperature resistant sealing technology offered by Parker. This webinar goes into detail on the newest offerings, expanding temperature capabilities specifically with FKM and FFKM elastomers. Metal seals are also discussed in this recording.