Manufactures custom molded rubber parts for many industries including the oil and gas industry. Examples include valve seats, regulator seats, diaphragms, gaskets, and O-rings. We provide injection molding, compression and transfer molding services to produce rubber-metal bonded components and use elastomers such as NBR, HNBR, FKM, FEPM, (TFE/P), FFKM, and EPDM. Thanks to our experience in the oil and gas industry, we also understand the key characteristics that your product design needs to meet.
If you are ready to start a project or continue reading to learn more about the work we do, please request a quote.
Rubber products for oil and gas
The Rubber Group customizes rubber products for upstream oil and gas exploration and production, midstream pipelines and storage, and downstream petrochemical plant molds. Whether you need molded rubber parts for drilling, distribution, wellhead or process control, here are some of the products we can provide.
Valve seats for control valves, butterfly valves, ball valves, check valves, globe valves and other types of valves
Regulator seat for pressure regulators for high pressure and shut-off applications
Rubber diaphragms (static and dynamic) for flow control in pumps, actuators and accumulators
Rubber gaskets and seals for valves, manifolds, compressors, pumps and turbines
O-rings for distribution applications and drilling, completion and well services
The Rubber Group can produce custom molded rubber parts in various sizes, including smaller rubber parts that need to meet strict tolerances and large replacement parts for oil and gas wells.
Rubber material
To meet the needs of the oil and gas industry, reliable elastomer molded parts are used. Whether you need high-performance materials that can withstand direct contact with petroleum products, or environmental seals that can withstand sunlight, water, and ozone, we can help you choose materials.
main feature
As an experienced supplier in the oil and gas industry, understand the key characteristics that your product design needs to meet. Generally, these materials and performance characteristics include the following specifications.
Abrasion resistance can withstand the surface material falling off due to abrasion
Compression permanent deformation, used for the ability to "rebound" after removing the compressive force
Chemical resistance of accidental or long-term exposure to specific chemicals
Tear strength or tear resistance, used to resist tearing or cutting in the direction of stress
Stress relaxation when a physical or chemical change reduces the force applied by the part
High and low temperature resistance, can withstand high temperature and/or extreme cold
Elasticity When the molded rubber parts are exposed to multiple stresses, they continue to
Tensile strength or ultimate tensile strength (UTS), used for tensile resistance
Elongation that resists a significant increase in length before breaking occurs
High pressure resistance suitable for applications such as deep well drilling and downhole installation
Supports extrusion resistance for high pressure and high temperature applications
Corrosion resistance withstand exposure to corrosive hydrogen sulfide gas
Can withstand the RGD resistance of rapid gas compression (RGD), which can rupture the elastomer
Low friction when in contact with hard and rough substrates