Oil & Gas

Parker offshore elastomeric products include telescopic joint packers, IWOCS, drilling riser flexible joints, riser tensioner bearings and more. Discover how our offshore elastomeric solutions can increase your uptime and durability. 

Parker chevron seals bubble tight at high pressures in oil well completion environments exposed to hazardous media such as H2S. Utilizing metal and polymer redundancy, they will seal to 400°F, or without they will seal to 1200° F. 

Parker O-Ring & Engineered Seals Division develops innovative elastomer materials to meet the extreme demands of the Oil and Gas industry. 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. Our materials are formulated to meet the most critical applications and certifications including ISO 23936, NORSOK M-712, NACE, and API 6A testing.

As a specialist in engineered materials, engineering design and process technology Parker Prädifa offers an extensive portfolio of large-size seals and moldings made of polymers such as NBR, EPDM, FKM, PTFE and PEEK, as well as metal. Machined up to 4.5 m or continuously vulcanized in any desired size. Spring-energized metal C-rings with a diameter of up to 7.6 m.

Parker has years of experience providing critical riser components to the offshore drilling industry. Our sophisticated non-linear FEA models and vast knowledge of material properties combine to provide custom solutions in energy management and sealing in extreme conditions.

Parker provides customized multi-port, rubber-to-metal bonded manifold solutions that improve profitability for subsea manifold assembly manufacturers.

Parker offshore elastomeric products include telescopic joint packers, IWOCS, drilling riser flexible joints, riser tensioner bearings and more. Discover how our offshore elastomeric solutions can increase your uptime and durability. 

Parker chevron seals bubble tight at high pressures in oil well completion environments exposed to hazardous media such as H2S. Utilizing metal and polymer redundancy, they will seal to 400°F, or without they will seal to 1200° F. 

Parker O-Ring & Engineered Seals Division develops innovative elastomer materials to meet the extreme demands of the Oil and Gas industry. 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. Our materials are formulated to meet the most critical applications and certifications including ISO 23936, NORSOK M-712, NACE, and API 6A testing.

As a specialist in engineered materials, engineering design and process technology Parker Prädifa offers an extensive portfolio of large-size seals and moldings made of polymers such as NBR, EPDM, FKM, PTFE and PEEK, as well as metal. Machined up to 4.5 m or continuously vulcanized in any desired size. Spring-energized metal C-rings with a diameter of up to 7.6 m.

Parker CSS Division's suite of dissolvable metal alloys excel in high-stress, corrosion-sensitive ball drop applications. Our in-house material science labs continuously develop new products with delay coatings for high acidity fluids and faster degradation rates for low temp fresh water to address evolving downhole challenges.

Parker O-Ring & Engineered Seals Division develops innovative elastomer materials to meet the extreme demands of the Oil and Gas industry. 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. Our materials are formulated to meet the most critical applications and certifications including ISO 23936, NORSOK M-712, NACE, and API 6A testing.

Parker's downhole shock mitigation solutions include snubbers, axial isolators, softshoe isolators, micro-mounts and more. Discover how our downhole solutions can help protect you against shock and vibration.  

As a specialist in engineered materials, engineering design and process technology Parker Prädifa offers an extensive portfolio of large-size seals and moldings made of polymers such as NBR, EPDM, FKM, PTFE and PEEK, as well as metal. Machined up to 4.5 m or continuously vulcanized in any desired size. Spring-energized metal C-rings with a diameter of up to 7.6 m.

Parker offers a full suite of high-strength dissolvable metal alloys formulated for controlled dissolution in fresh, salt, acid, or produced water applications. Our dissolvable aluminum-based alloys can be used in applications where pressures exceeding 10,000 psi on a 1.8% overlap are required.

Drilling mud is one of the most destructive fluids to be sealed. Parker’s patented Resilon® Polyurethane, with its superior wear resistance and the highest operating temperature profile on the market, provides durable, extends life of pump components. Longer component service life means time between scheduled equipment maintenance and rebuild cycles can be extended -- enabling customers to improve profitability.

Parker CSS Division's suite of dissolvable metal alloys excel in high-stress, corrosion-sensitive ball drop applications. Our in-house material science labs continuously develop new products with delay coatings for high acidity fluids and faster degradation rates for low temp fresh water to address evolving downhole challenges.

Parker O-Ring & Engineered Seals Division develops innovative elastomer materials to meet the extreme demands of the Oil and Gas industry. 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. Our materials are formulated to meet the most critical applications and certifications including ISO 23936, NORSOK M-712, NACE, and API 6A testing.

Parker's downhole shock mitigation solutions include snubbers, axial isolators, softshoe isolators, micro-mounts and more. Discover how our downhole solutions can help protect you against shock and vibration.  

As a specialist in engineered materials, engineering design and process technology Parker Prädifa offers an extensive portfolio of large-size seals and moldings made of polymers such as NBR, EPDM, FKM, PTFE and PEEK, as well as metal. Machined up to 4.5 m or continuously vulcanized in any desired size. Spring-energized metal C-rings with a diameter of up to 7.6 m.