Engineered Sealing Solutions for the Energy, Oil & Gas Industry

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1 Seals Engineered Sealing Solutions for the Energy, Oil & Gas Industry ISO 9001 Certified Catalog PSG-5003/USA

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

Our wide range of nitrile, carboxylated nitrile, highly saturated nitrile, fluorocarbon and perfluorinated materials enable us to seal almost any application.

environment. Introduction Parker Seals for Land and Subsea Service Parker Type B PolyPak seals and PIP Seals for subsea connectors and actuators.

Where high pressures are expected, the use of a Parker UltraCOMP back-up system is recommended to protect the seal elements from possible damage.

2 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 compounds, Parker has broken the temperature, pressure and fluid compatibility barriers common to the EOG sealing environment. Introduction Parker Seals for Land and Subsea Service Parker Type B PolyPak seals and PIP Seals for subsea connectors and actuators. The seal materials of choice for this tough environment are Parker PolyMyte and thermoplastic rubber. Where high pressures are expected, the use of a Parker UltraCOMP back-up system is recommended to protect the seal elements from possible damage. If high pressure gas is involved, Parker explosive decompression resistant (ED) compounds will typically maintain sealability where other elastomers fail. Production Parker engineered rod and piston seals serve EOG production seal needs for Christmas trees, gas lift valves, injection systems, flowlines, connectors, actuators,and compressors. Additional products include: Packer elements Swabs for cleaning drilling lines Mud motor rotary seals Molded custom seals and machined shapes Parker Sealing Systems For Drilling Operations Parker Engineered Polymer Systems (EPS) and O-Ring divisions specialize in innovative seal designs and compounds for drilling and other oil patch operations. For shock tools and drilling jars Parker PolyPaks Parker O-Rings Parker LC Profile seals Seal profiles are available in carboxylated nitrile, highly saturated nitriles, and fluorocarbon compounds. O-rings are ideal for use in a variety of static and low-pressure sealing applications. For Blow-Out Preventers (BOPs) Parker Type B PolyPaks are designed to handle the high pressures and rigorous duty associated with this aspect of the drilling process. Parker polyurethane and PolyMyte compounds are proven performers in BOP applications. In high pressure applications, Parker back-up ring systems provide the extrusion resistance required to protect the critical sealing element. Parker UltraCOMP products, when used as back-up devices, provide exceptional extrusion resistance at wide temperature ranges and high pressures. (See Bulletin 5211B-USA) Materials for subsea applications Parker polyurethanes with increased water resistance and high abrasion resistance can maximize the life of risers, casing hangers and mud pumps. The right combination of Parker polyurethane, nitrile, fluorocarbon, or thermoplastic will solve most underwater sealing applications. Parker Seals For Static Sealing Applications For static and light-duty dynamic applications, the most popular sealing solution is still the O-ring. The reliable geometry, proven performance, and low cost of O-ring seals make them the preferred seal around the world. Parker s primary strength in the O-ring market is material technology. No seal manufacturer offers a broader range of materials; from basic nitriles for petroleum service and explosive decompression resistant fluorocarbons to our newest, high-performance Parofluor ULTRA perfluorinated elastomers for sealing in the most demanding chemical and thermal environments. Copyright 2001 Parker Hannifin Corp., Cleveland Ohio, All rights reserved

Parker Sealing Products Parker PolyPak Seals Parker PolyPaks are multi-purpose seals that provide effective sealing at both high and low pressure.

PolyPak Seals offer the user: High conformability Excellent sealability Long service life High stability Wide choice of styles Wide choice of materials Easy retrofit (See Catalog EPS 3800)

Parker offers both standard and non-standard O-rings in the Parofluour ULTRA family of matierals.

Parofluor materials: Perform in the most aggressive chemical media, including H 2 S as well as hydrocarbon and polar solvents Have excellent thermal resistance, proven capability to resist damage

Exhibit chemical and heat resistance, yet maintain the essential properties of resilience and rebound, making them ideal for use as high-performance elastomer seals.

UltraCOMP Molded and Machined Components Parker s UltraCOMP series of engineered thermoplastic polymers is formulated for unparalleled performance in applications requiring very high working

3 Parker Sealing Products Parker PolyPak Seals Parker PolyPaks are multi-purpose seals that provide effective sealing at both high and low pressure. PolyPaks are ideal for use in Energy, Oil and Gas applications due to their unique physical and mechanical properties. PolyPak Seals offer the user: High conformability Excellent sealability Long service life High stability Wide choice of styles Wide choice of materials Easy retrofit (See Catalog EPS 3800) High-Performance Perfluorinated Materials - Parker Parofluor ULTRA Parker Parofluor ULTRA perfluorinated compounds are specially formulated or oil and gas industry service. Parker offers both standard and non-standard O-rings in the Parofluour ULTRA family of matierals. Parker also offers U-cups, PolyPaks, LC Profile, custom engineered seals, such as packer elements, and other shapes in Parafluour Ultra. Parofluor materials: Perform in the most aggressive chemical media, including H 2 S as well as hydrocarbon and polar solvents Have excellent thermal resistance, proven capability to resist damage from explosive decompression and has thermal stability (up to 320 C). Exhibit chemical and heat resistance, yet maintain the essential properties of resilience and rebound, making them ideal for use as high-performance elastomer seals. Parker LC Profile Seals The Parker LC Profile Seal is a lower cost alternative to the Parker PolyPak. The LC Seal geometry offers performance characteristics similar to that of the PolyPak. UltraCOMP Molded and Machined Components Parker s UltraCOMP series of engineered thermoplastic polymers is formulated for unparalleled performance in applications requiring very high working temperature range, exceptional chemical resistance, excellent water resistance, and high tensile and compressive strength. EPS Division offers a range of UltraCOMP tube stock along with custom machined parts for high pressure, high temperature, and load bearing systems. Typical products include: Back-up rings Bearings Male/female vee adapters PIP Seals Anti-extrusion devices (See Technical Bulletin EPS 5264B1-USA) Custom Molded & Machined Seals and Seal Components Parker EPS and O-Ring divisions offer a core competency of custom molded rubber, including large cross section and diameter and thermoplastic molded and machined products ranging in sizes from to 100 for even the most demanding applications, including large diameter, special size O-rings and molded shapes. Parker PTFE FlexiSeals The Parker FlexiSeal is a basic U-Cup lip seal geometry energized by a metallic spring. The FlexiSeal body is made from PTFE, PTFE composites or other high performance polymer plastics. Three different spring energizer designs are available in several corrosion-resistant metal alloys, including stainless steel, Elgiloy and Hastelloy (See Catalog PPD 5315).

Capabilities Finite Element Analysis and Seal Design Optimization Through the use of powerful computers and Finite Element Analysis (FEA) software, Parker engineers are equipped to successfully

This streamlines tooling and production processes, and helps ensure the selection of the right material and geometry for your application.

4 Capabilities Finite Element Analysis and Seal Design Optimization Through the use of powerful computers and Finite Element Analysis (FEA) software, Parker engineers are equipped to successfully analyze critical design information, such as stress concentration, heat transfer, fluid flow and electromagnetic properties of new and existing seal geometry. This streamlines tooling and production processes, and helps ensure the selection of the right material and geometry for your application. Using FEA technology, critical design information can be obtained on: Deformation (deformed shape) Volume/void ratios, gland fill % Stress distribution Load - Deflection Stability analysis Friction force Thermal effects Material evaluation Seal life prediction Typical FEA plot of Parker Seal geometry under compression Materials Expertise Parker s polymer chemists and material development staff can create or modify existing compounds to meet specific customer needs such as: Improved fluid resistance Reduced wear or friction Improved mechanical properties Enhanced thermal stability Whatever your application, Parker has the cost-effective solutions for all your sealing problems. Technical Support Parker product engineers are available to address temperature, pressure, gland design, surface finish and all other seal design considerations, and can often propose design alternatives. Our in-house hydraulic and pneumatic test laboratory enables us to quickly develop and perform appropriate test protocols for our customers. Parker Houston EOG Operations Parker EPS Division s Houston EOG Operations is strategically positioned to serve the logistic needs of the Energy, Oil & Gas industry. Manufacturing capabilities at the Houston site include rubber-to-metal bonding, compression molding, fabric and rubber molding. CNC Machining & Machined Seals Parker s EPS Division can machine seals up to 17 in diameter for quick prototype turnaround, short-run testing and production parts. Our skilled machining specialists work with such diverse seal materials as UltraCOMP, Nylon, PTFE, Resilon HT urethane (P4300), P4700 urethane, and PPS. Large Diameter Injection Molding Parker EPS Division and O-Ring Division have large diameter injection molding capabilities: Thermoplastic molding up to 100 diameter Rubber molding to 72 diameter Large diameter PTFE machining to 60 Isostatic Molding of PTFE The EPS Division also has isostatic molding capability, and can provide thin-wall molding for manufacturing valve and stem packing products used extensively in the Energy, Oil & Gas industries. Isostatic molding makes Parker PTFE products, such as FlexiSeals, very competitive for highvolume, long-run applications. EPS Chicago also has specialized equipment to support long-length molding requirements.

5 Parker Materials for Energy, Oil & Gas Sealing Service Build With The Best! Parker Hannifin Corporation Parker Seal Group C-PARKER

Build With The Best! For fast, easy and accurate seal design assistance, ask for Parker s TOTAL inphorm Seal Design and Material Selection Software.

6 Build With The Best! For fast, easy and accurate seal design assistance, ask for Parker s TOTAL inphorm Seal Design and Material Selection Software. TOTAL inphorm includes five separate programs for the specification of: O-Rings Static Seals Composite Sealing Products Hydraulic & Pneumatic Seals EMI Shielding & Thermal Management Products Parker Hannifin Corporation Parker Seal Group Alton Parkway Irvine, CA Telephone (949) FAX (949) Engineered Polymer Systems Division (EPS) 2220 South 3600 West Salt Lake City, UT Telephone (801) FAX (801) O-Ring Division (ORD) 2360 Palumbo Drive Lexington, KY Telephone (859) FAX (859) EPS Division Houston EOG Operations 1240 Boyles Avenue Houston, TX Telephone (713) FAX (713) Composite Sealing Systems Division (CSS) 7664 Panasonic Way San Diego, CA Telephone (619) FAX (619) EPS Division Chicago Operations 2565 Northwest Parkway Elgin, IL Telephone (847) FAX (847) Global Sales Offices: Seal Distribution Center - Houston Park Entry Dr., Suite 100 Houston, TX Telephone (713) FAX (713) Seal Distribution Center Edmonton th Avenue Edmonton, Alberta T6E 5T9 CANADA Telephone (780) FAX (780) Parker Hannifin plc Seal Group - United Kingdom Parkway, Globe Park Estate Marlow, Bucks, SL7 1YB Telephone FAX Parker Hannifin Singapore, Pte. Ltd No. 11 4th Chin Bee Road Jurong Town, Singapore Republic of Singapore Telephone FAX Seals Rev sj Copyright 2001, Parker Hannifin Corporation, Cleveland, OH. All rights reserved. 6/01-5.0M - PL PolyPak, Parofluor, Parofluor ULTRA, Resilon, FlexiSeal, inphorm and UltraCOMP are trademarks of Parker Hannifin Corporation, Cleveland, OH. *Aflas is a trademark of Asahi Glass Co. Elgiloy is a registered mark of American Gage & Machine, Inc., Kokomo, IN. Hastelloy is a registered mark of Haynes International Inc., Elgin, IL.

Engineered Sealing Solutions for Semiconductor Processing. Catalog PSG 5020/USA

Engineered Sealing Solutions for Semiconductor Processing Catalog PSG 5020/USA Products That Perform Parker Hannifin s Seal Group is a leader in the design and manufacture of high performance sealing devices