o-ring division (ord)

ORD5704

Description: V1238-95 Explosive Decompression and Extrusion Resistant Fluorocarbon Elastomer Parker compound V1238-95 is a 95 Shore A durometer fluorocarbon material developed to help protect critical applications from the detrimental effects of explosive decompression and extrusion. Compound V1238-95 has a unique combination of superior physical and chemical properties, as well as excellent compression set resistance. ____________________________________________________________________________



ORD5706

Description: N1210-90 Low Compression Set, Peroxide-Cured Nitrile Parker N1210-90 combines excellent compression-set capability with explosive decompression resistance. Parker N1210-90 is a 90 durometer, peroxide-cured nitrile with excellent compression set and good explosive decompression resistance (ED), combined with high temperature service capabilities. ____________________________________________________________________________


ORD5708

Description: HifluorTM Highly Fluorinated Fluorocarbon Parker V3819-75 Hifluor offers superior chemical and heat resistance. Parker's V3819-75 HifluorTMis recommended where a highly chemical resistant o-ring seal material is needed. Service in nearly all chemical environments is generally possible. V3819-75 has very broad chemical compatibility - ranging from polar solvents to acids and bases. V3819-75 is capable of withstanding continuous temperatures as high as 260°C (500°F). ____________________________________________________________________________


ORD5710

Description: Engineered O-Rings Simple Solutions for complex sealing problems. ____________________________________________________________________________


ORD5712

Description: O-Ring Material Offering Guide This guide provides information about material offering, gland designs, commonly used engineering tools, and sizing charts to help you find the right size and the right material you need. ____________________________________________________________________________


ORD5716

Description: Parofluor ULTRATM FF200-75 and Parofluor TM V8545-75 for AMS 7257C Aerospace Applications New Materials Meet/Exceed AMS 7257C Requirements Parker’s Parofluor ULTRA FF200-75 and V8545-75 seal materials are part of an ever-growing family of Parker perfluorinated compounds. Formulated to provide ultimate sealing, these compounds handle continuous exposure to high temperature, provide near universal chemical compatibility, and possess high retention of sealing force, low compression set and good mechanical properties. ____________________________________________________________________________


ORD5717

Description: Chloramine Resistant E1257-70 New Chloramine Resistant EPDM Seal Material is Ideal for Drinking Water Applications Parker's new EPDM compound, E1257-70 offers water component design engineers an effective weapon in fighting the war on unsafe drinking water. This chloramine-resistant EPDM material has received NSF 61 certification for use in potable water applications, and is ideal material for use in sealing chloraminated and chlorinated water systems. ____________________________________________________________________________


ORD5719

Description: V1260-75 Premium Fluoroelastomer (FKM) New Parker High-Performance Fluorocarbon Seal Material for Extreme Service Offers Outstanding Fluid Resistance The O-Ring Division of the Parker Seal Group has developed V1260-75, a new fluorocarbon seal compound based on DuPont Dow Elastomers' Viton* Extreme Technology. When compared with traditional fluorocarbon materials, Parker V1260-75 offers greater design flexibility, broad spectrum chemical resistance and longer life. ____________________________________________________________________________


ORD5721

Description: V1041-85 AFLASTM (TFE/P Copolymer) Parker AflasTM compound V1041-85 fluoroelastomer with broad chemical resistance for Energy, Oil and Gas (EOG) environments Aflas TFE/P (tetrafluorethylene/propylene copolymer) materials are typically used in chemical processing, oilfield, pulp and paper mills, and other industrial environments that require broad chemical compatibility beyond the capabilities of standard fluorocarbon elastomers. Parker Aflas TFE/P elastomer applications include O-rings used in fluid handling systems, flow controls, pipeline delivery systems, mechanical seals, power generators, compressors and downhole drilling systems. ____________________________________________________________________________


ORD5722

Description: ParofluorTM V8545-75 and V8588-90 Perfluorinated Elastomers ParofluorTM compounds for superior sealing in harsh Energy, Oil and Gas (EOG) environments Parker’s series of ParofluorTM perfluorinated elastomer materials are formulated to perform in the most demanding environments. These materials resist the aggressive chemical media common to the oil and gas industries, including H2 S, hydrocarbon and polar solvents. Parofluor materials have excellent thermal stability up to 300°C (572°F). Parofluor V8588-90 also resists extrusion and helps protect equipment from the detrimental effects of explosive decompression. ____________________________________________________________________________


ORD5723

Description: E0962-90 Steam Resistant Ethylene Propylene Parker E0962- 90 Geothermal EPDM seals with superior temperature, steam, chemical resistance Many applications involving steam exposure exceed the normal temperature range associated with traditional ethylene propylene (-57 to 121°C, -70 to 250°F) materials. Parker’s compound E0962-90 EPDM has been developed to provide an effective sealing solution in the hostile chemical, pressure, and temperature conditions associated with many oilfield applications. Compound E0962-90 has been used successfully in applications with temperatures up to 260°C (500°F), and for short durations up to 315°C (600°F) in steam. Recommended specifically for geothermal applications, E0962-90 is an ideal choice for use in pumps, valves and crude delivery systems. It will also perform with satisfactory results in some petroleum fluids with up to 10% concentration. ____________________________________________________________________________


ORD5724

Description: Super Neoprenes For HVAC Systems New Super Neoprenes deliver superior long-term compression set, refrigerant resistance for longer seal life The Super Neoprene family consisting of compounds C1276-70, C1277-75 and C1278-80 provide resistance to a broad range of refrigerants and lubricants, while performing in a broader temperature range than existing Neoprene formulations, e.g. C0873-70. Super Neoprenes combine the latest technology in low-temperature, crystallization resistant polymers, with an advanced proprietary vulcanization chemistry. This gives them superior long-term compression set resistance and results in longer seal life. ____________________________________________________________________________


ORD5726

Description: Parofluor ULTRATM Series Perfluorinated Elastomers Parker Hannifin’s Seal Group, a leading manufacturer of seals and sealing systems for over 50 years, offers the very latest in perfluorinated elastomer technology — Parofluor ULTRA . These new materials are formulated specifically to seal — and keep on sealing — under the most extreme physical conditions. They offer improved compression set resistance, high temperature capabilities, and broad chemical resistance that allow them to outperform and outseal typical perfluorinated elastomers in: - Semiconductor fabrication - Chemical processing - Energy exploration and production - Pharmaceutical manufacturing and equipment - Aerospace applications - Automotive & heavy truck applications - Industrial harsh fluid handling processes ___________________________________________________________________________________

ORD5728

Description: Hydrogenated Nitrile Sealing Compounds for Energy, Oil and Gas Service HNBR Compounds provide cost-effective solutions in aggressive EOG environments Parker's HNBR compounds N1173-70, N1231-80 and KB163-90 are sealing compounds made from hydrogenated nitrile, a synthetic polymer that results from the hydrogenation of nitrile rubber (NBR).The hydrogenation process gives HNBR materials enhanced thermal stability (up to 149°C/300°F, with short periods at higher temperatures). HNBR materials also possess superior mechanical properties and enhanced fluid compatibility over standard nitrile compounds. These properties allow HNBR materials to be a cost effective bridging compound between nitrile and fluorocarbon elastomers. ____________________________________________________________________________


ORD5731

Description: E1549-70 Compound for Potable Water Applications EPDM Sealing Material Certified to NSF 61, WRAS and KTW Standards. ____________________________________________________________________________


ORD5736

Description: Parofluor ULTRATM Advanced Perfluorinated Elastomers ULTRA compounds ... the next generation of sealing materials Parofluor ULTRA materials are high-performance perfluorinated elastomers designed specifically for use in harsh operating environments where superior thermal stability, chemical resistance and ultra-high purity are required. ____________________________________________________________________________


ORD5737

Description: FDA and USP Class VI O-Ring Materials for Life Sciences The Life Sciences Industry (medical, drug discovery, pathogen detection, pharmaceutical and bio-tech) has a variety of sealing challenges for critical components and processes.Typically, these applications require the elastomeric seals be made from materials compliant to either FDA or USP Class VI standards. ____________________________________________________________________________


ORD5738

Description: HiFluor™ HF351-65 High Purity Sealing HF351-65 is the newest member to Parker’s HiFluor material family. HiFluor™ is the Parker tradename for high performance fluoroelastomers – materials that “bridge the gap” between traditional fluorocarbon and perfluoroelastomer materials. ___________________________________________________________________________________

ORDFactSheet-CenteringRings

Description: “KF-Type” Centering Ring Seal Assembly “KF-Type” Flange Seals Within critical semiconductor vacuum environments, KF centering ring seal assemblies must maintain a reliable, effective vacuum seal. In order to assure maximum seal performance O-rings on these assemblies must provide low compression set and high retained resiliency. Parker’s full range of KF type centering rings are available in standard ISO sizes assembled with ____________________________________________________________________________


ORDFactSheet-EOG

Description: Specialty Elastomers for Energy, Oil and Gas Industries Parker Hannifin’s O-Ring Division, a leading developer of engineered sealing solutions, offers a large selection of elastomeric materials that are specifically formulated to meet the demands of the Energy, Oil and Gas (EOG) and chemical processing industries. These materials are available in a wide range of configurations, including standard and custom-sized O-rings, molded shapes and ParBakTM anti-extrusion devices. ____________________________________________________________________________


ORDFactSheet-Fluorocarbon Polymers

Description: Fluorocarbon Polymers for Sealing Recent developments in fluorocarbon polymer technology have opened up a new world of possibilities for the seal designer. Today’s fluorocarbons offer increased resistance to chemicals and temperature, lower volume swell, and many other benefits that make them ideal for use in extreme sealing environments. So why is it still so difficult to choose the right fluorocarbon for your sealing application? Relax. This fact sheet is designed to provide you with all the information you need to make the right material choice. ____________________________________________________________________________


ORDFactSheet-O-RingKitsFactSheet

Description: O-Ring Kits for AS568 & Metric Sizes Locating replacement parts for equipment, maintenance, overhaul and repair can be a challenge. Seals in hydraulic and pnuematic components have the potential for hundreds, if not thousands, of different o-ring sizes. OEM part numbers are often missing, seal dimensions are unspecified or unknown, and the parts themselves are unavailable from the OEM or local supplier. ____________________________________________________________________________


ORDFactSheet-Parofluor

Description: ParofluorTM Advanced Perfluorinated Elastomers Parofluor is a unique advanced perfluorinated elastomer (FFKM) developed and produced exclusively by Parker Hannifin’s Seal Group. Perfluorinated elastomers provide performance beyond all other available elastomer families. Parofluor has outstanding retained resiliency as compared with other perfluorinated elastomers, and is formulated specifically for use in the most aggressive sealing applications. Parofluor ULTRA is a new generation of ultra high-performance perfluorinated elastomers. These materials offer major advantages over traditional fluoroelastomer and other perfluorinated materials: - Ultra-high temperature resistance (up to 320°C/608°F) - Broad chemical resistance - Ultra-high purity ___________________________________________________________________________________

ORDFactSheet-UHP(Ultra High Purity)

Description: Ultra-High Purity UHP Manufacturing Process UHP, or Ultra High Purity, describes the closely controlled, ultra-clean process Parker employs to produce sealing products from fluorocarbon, HiFluorTM, ParofluorTM and Parofluor ULTRATM materials. UHP also describes the environment in which these materials are formulated, produced and packaged. ____________________________________________________________________________


PSG5003

Description: Engineered Sealing Solutions for the Energy, Oil & Gas Industry Parker Hannifin's Seal Group is an industry leader in the development of compounds and sealing systems for surface and subsea applications. We offer the most comprehensive and innovative material and seal design selection available to the Energy, Oil and Gas (EOG) and chemical process industry. Our wide range of nitrile, carboxylated nitrile, highly saturated nitrile, fluorocarbon and perfluorinated materials enable us to seal almost any application. Using these materials, along with our advanced polyurethanes, PTFE, and thermoplastic com-pounds, Parker has broken the temperature, pressure and fluid compatibility barriers common to the EOG sealing environment. ____________________________________________________________________________


PSG5020

Description: Engineered Sealing Solutions for Semiconductor Processing Parker Hannifin's Seal Group is a leader in the design and manufacture of high performance sealing devices for the semiconductor processing industry. From o-rings and composite seals made with ultra-pure perfluorinated elastomers, to thermoplastics, extruded profiles and beyond, we offer a complete line of components and systems for use in physical and chemical vapor deposition (PVD, CVD) diffusion, etching, stripping, cleaning, ashing, ion implant and chemical mechanical planarization (CMP) processes, among others. ____________________________________________________________________________