Description
High Pressure Swivel Joint for Oilfield Flowline Service
SGPE supplies High Pressure Swivel Joint products for oilfield fracturing, cementing, acidizing, well testing, workover, well service and pressure pumping flowline systems. These swivel joints allow high pressure flowlines to change direction while keeping the connection flexible, secure and stable in demanding oil and gas field conditions.
In pressure pumping operations, service crews often connect pump trucks, cementing units, fracturing manifolds, treating lines, wellhead equipment, temporary flowlines and high pressure discharge systems. A rigid flowline layout may create alignment stress, vibration, difficult installation and extra load on connected equipment. Therefore, a reliable oilfield swivel joint helps improve rig-up efficiency and reduce stress on treating iron connections.
Each SGPE high pressure swivel joint combines an integral ball bearing structure with a forged alloy steel body. This structure supports stable rotation, dependable sealing and long-term performance under high pressure operation. According to project requirements, configurations are available for standard service, low temperature service and H2S service.
The product range includes both Short Radius Swivel Joint and Long Radius Swivel Joint models. Common sizes range from 1 in to 4 in, while common working pressure ratings cover 2,000 psi to 20,000 psi, or approximately 14 MPa to 140 MPa. Final selection should match working pressure, test pressure, flowline size, connection type, service fluid, temperature range, sour service requirement and project standard.
For buyers who need FMC WECO type swivel joints, SGPE offers field-compatible configurations for many oilfield high pressure flowline systems. These products suit fracturing, cementing, acidizing, well testing and well service operations where pressure rating, connection accuracy, flow performance, sealing reliability and maintenance convenience all matter.
Quick Product Overview
| Item | Common Range |
|---|---|
| Product Name | High Pressure Swivel Joint |
| Product Type | Short Radius Swivel Joint, Long Radius Swivel Joint |
| Application Industry | Oil and gas, oilfield service, petroleum pressure pumping |
| Size Range | 1 in to 4 in |
| Common Nominal Size | 2 in, 3 in, 4 in |
| Rated Working Pressure | 2,000 psi to 20,000 psi |
| Metric Pressure Range | 14 MPa to 140 MPa |
| Service Condition | Standard service, low temperature service, H2S service on request |
| Main Applications | Fracturing, cementing, acidizing, well testing, workover, well service, pressure pumping |
| Common Connection Options | LP female thread, TBG female, M x F, M x M, F x F |
| Standard Reference | API 16C and NACE MR0175 requirements can be reviewed according to the project |
| Repair Kits | Available according to selected model |
Final compliance with API 16C, NACE MR0175 or other project standards depends on the selected product configuration, material, pressure rating, sealing system and required documentation. Please confirm standard requirements during inquiry.
What Is a High Pressure Swivel Joint?
A high pressure swivel joint is a rotatable flowline fitting used in oilfield surface pressure control and pressure pumping systems. It connects two sections of high pressure flowline and allows the line to rotate at a selected angle. This rotation gives field crews more flexibility when they arrange treating iron around pump trucks, manifolds and wellhead equipment.
An oilfield swivel joint works in a much harsher environment than a common low pressure pipe elbow. It must handle pressure pulse, high velocity flow, abrasive fracturing slurry, cement slurry, acidizing fluid, well testing fluid and frequent field assembly. As a result, body strength, bore design, sealing reliability, heat treatment, hardness control and connection accuracy directly affect service life and job safety.
The main structure usually includes a forged body, ball race, sealing elements, retaining parts and end connections. The integral ball bearing design supports rotation under high pressure and heavy load. It also helps the swivel joint carry variable load during pumping operations.
SGPE designs and manufactures oilfield swivel joints for demanding wellsite service. These products help customers build flexible high pressure flowline systems for fracturing, cementing, acidizing, well testing, workover and pressure pumping applications.
Oilfield Applications of SGPE High Pressure Swivel Joint
SGPE High Pressure Swivel Joint products serve surface flowline systems in oil and gas field operations. They connect pressure pumping equipment safely and efficiently during demanding wellsite jobs.
Hydraulic Fracturing Flowline Systems
During hydraulic fracturing, the flowline carries high pressure fluid, proppant and sand-laden slurry. The swivel joint allows the treating line to change direction around frac pump trucks, missile manifolds, frac heads, high pressure manifolds and wellhead equipment. It also reduces installation stress in high pressure frac iron layouts.
Long radius swivel joints work especially well in fracturing service. Their smoother flow path reduces fluid shock and improves resistance to scouring and erosion. This advantage matters when abrasive stimulation fluid flows through the line at high velocity.
Oilfield Cementing Operations
Cementing service requires reliable high pressure connections between cementing units, cementing manifolds, treating lines and wellhead equipment. A swivel joint gives the cementing line more layout flexibility and helps crews complete the connection faster.
Cement slurry can cause abrasive wear inside the flow path. For this reason, SGPE focuses on forged body strength, smooth bore design, proper heat treatment and suitable sealing configuration for oil and gas well cementing applications.
Acidizing and Stimulation Service
Acidizing operations use pressure pumping equipment to deliver acid or stimulation fluid into the well. These fluids may challenge sealing parts, internal flow paths and connection areas. SGPE helps customers choose suitable sealing materials, pressure ratings and service configurations according to the fluid condition.
For acidizing service, customers should state the fluid type, working pressure, temperature range and corrosion requirement during inquiry. Clear service information allows SGPE to recommend a more suitable swivel joint model.
Well Testing and Production Testing Flowlines
Well testing operations often use temporary high pressure flowlines to connect wellhead equipment, choke manifolds, test manifolds and surface testing equipment. A high pressure swivel joint simplifies the layout and improves connection flexibility in oil and gas well testing service.
Because well testing sites often require repeated installation and removal, a durable swivel joint with reliable sealing and easy maintenance can reduce downtime and improve job efficiency.
Workover and Well Service Operations
Workover and well service jobs often require temporary pressure lines for fluid pumping, circulation, stimulation, killing, testing or other well intervention activities. SGPE swivel joints connect service pumps, manifolds, treating lines and wellhead equipment in these field environments.
In this type of operation, the swivel joint must support frequent assembly, quick layout adjustment and safe pressure control. Short radius swivel joints fit limited rig-up spaces, while long radius swivel joints improve flow performance when the service fluid has higher velocity or abrasive content.
Pressure Pumping Equipment and Treating Lines
Pressure pumping equipment often works under vibration, pressure fluctuation and repeated movement. Pump discharge lines, treating lines and temporary high pressure lines need flexible connections to reduce stress concentration.
SGPE high pressure swivel joints improve the stability of connected flowlines and support efficient rig-up of pump trucks, cementing units, fracturing units and oilfield service skids.
Skid-Mounted Oilfield Equipment
Many oilfield service skids have limited installation space. Short radius swivel joints allow compact flowline routing without adding unnecessary stress to the pipeline connection.
These products suit skid-mounted cementing equipment, fracturing equipment, well service units and pressure pumping packages where compact layout and reliable connection both matter.
Short Radius Swivel Joint and Long Radius Swivel Joint
SGPE supplies both Short Radius Swivel Joint and Long Radius Swivel Joint options for oilfield high pressure flowline service. Each design serves a different field requirement.
Short Radius Swivel Joint
A short radius swivel joint has a compact turning radius. Field crews often choose this design for tight wellsite layouts, skid-mounted equipment, truck-mounted pressure pumping units, temporary well service lines and lower pressure applications.
The compact structure saves space and makes installation easier. However, when the medium contains abrasive particles or the flow velocity is high, buyers should review erosion risk carefully. SGPE can recommend a suitable model according to working pressure, flow rate, service fluid and operating frequency.
Long Radius Swivel Joint
A long radius swivel joint gives the fluid a smoother flow path. It reduces sharp direction changes inside the line, lowers flow resistance and reduces local wear.
For fracturing, cementing and high velocity flowline service, many customers prefer long radius swivel joints because they offer better flow performance and stronger erosion resistance. This design suits abrasive fracturing slurry, cement slurry, stimulation fluid and frequent pressure pumping operations.
Key Features of SGPE High Pressure Swivel Joint
SGPE focuses on practical field performance. The high pressure swivel joint design combines strength, rotation, sealing, erosion resistance and maintenance convenience for oil and gas wellsite environments.
Integral Ball Bearing Design
The integral ball bearing structure supports stable rotation under high pressure and heavy load. It also reduces vibration when the flowline faces pump fluctuation, equipment movement or variable field load.
Three-Ball-Race Structure
The three-ball-race design improves load distribution and keeps rotation stable during repeated fracturing, cementing and pressure pumping operations. It also helps the swivel joint handle changing field loads more smoothly.
Forged Alloy Steel Body
SGPE manufactures the swivel joint body from selected alloy steel forgings according to application requirements. The forged structure improves strength and toughness, while proper heat treatment improves wear resistance, fatigue strength and service durability.
Smooth Bore Flow Path
A smooth bore reduces flow resistance and local turbulence in high pressure lines. It also improves erosion resistance when the medium contains sand, cement slurry, proppant or other abrasive materials. SGPE controls the bore and wall thickness carefully to support stable field performance.
Even Wall Thickness
Accurate machining helps control the wall thickness difference between the inner arc and outer arc. Proper wall thickness distribution improves structural reliability, balances weight and supports longer service life in high pressure flowline service.
Reliable Sealing System
The sealing system maintains pressure integrity while allowing rotation. SGPE selects suitable sealing parts according to pressure, temperature and service medium. The seal design can include a metal support ring and pressure relief structure, which helps operators identify leakage early and reduce hidden risk.
Blowout Preventing Metal Ring
The blowout preventing metal ring improves safety in high pressure service and supports more stable sealing under demanding field conditions.
Easy Maintenance and Repair Kits
Good lubrication keeps the swivel joint rotating smoothly and reduces unnecessary maintenance. SGPE supplies repair kits and spare sealing parts for selected models. With proper spare parts, service companies can reduce downtime and keep flowline equipment ready for field operation.
Field-Compatible Connection Options
Common end connection options include LP female thread, TBG female thread, male x female, male x male and female x female configurations. Customers can select the connection according to existing treating iron, manifold equipment, hammer unions and wellsite layout.
Quick Selection Guide
| Selection Point | Recommended Check |
| Working Pressure | Match the swivel joint pressure rating with the complete high pressure flowline system. |
| Nominal Size | Confirm 1 in, 1-1/2 in, 2 in, 3 in or 4 in according to flow capacity and connection size. |
| Radius Type | Choose short radius for compact layout and long radius for smoother flow and better erosion resistance. |
| Service Fluid | Review fracturing fluid, cement slurry, acidizing fluid, well testing fluid or produced fluid conditions. |
| End Connection | Confirm LP female, TBG female, M x F, M x M, F x F or American system thread. |
| Service Condition | Specify standard service, low temperature service, H2S service or NACE MR0175 requirement. |
| Spare Parts | Order repair kits for frequent field use, especially in fracturing, cementing and pressure pumping service. |
Short Radius Swivel Joint Specifications
The following table lists common short radius swivel joint models for preliminary selection. Short radius swivel joints are suitable for compact oilfield flowline layouts, skid-mounted equipment, truck-mounted pressure pumping units and temporary well service lines with limited installation space. Final configuration should match working pressure, test pressure, service fluid, end connection, temperature, H2S condition and project standard.
| S/N | Description | Specification | Model / Style | End Connection |
|---|---|---|---|---|
| 1 | Short Radius Swivel Joint | 1 in x 3,500 psi / 25 MPa | Style 10, 50 | LP Female Thread |
| 2 | Short Radius Swivel Joint | 1-1/2 in x 6,000 psi / 42 MPa | Style 10, 50 | LP Female Thread |
| 3 | Short Radius Swivel Joint | 1-1/2 in x 10,000 psi / 70 MPa | Style 10, 50 | LP or TBG Female |
| 4 | Short Radius Swivel Joint | 2 in x 6,000 psi / 42 MPa | Style 10, 50 | Available on request |
| 5 | Short Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 10, 50 | Available on request |
1-1/2 in and 2 in Long Radius Swivel Joint Specifications
The following table covers common 1-1/2 in and 2 in long radius swivel joint models for high pressure oilfield flowline systems. These models are widely used in fracturing, cementing, acidizing, well testing and pressure pumping applications where smoother flow, lower fluid shock and better erosion resistance are required.
| S/N | Description | Specification | Model / Style | End Connection |
| 1 | 1-1/2 in Long Radius Swivel Joint | 1-1/2 in x 10,000 psi / 70 MPa | Style 10 | LP Female |
| 2 | 1-1/2 in Long Radius Swivel Joint | 1-1/2 in x 10,000 psi / 70 MPa | Style 50 | LP Female |
| 3 | 2 in Long Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 10, 20, 50 | LP or TBG Female |
| 4 | 2 in Long Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 10, 50 | M x F, T99 x 12.7 |
| 5 | 2 in Long Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 10, 50 | M x F, T100 x 12 |
| 6 | 2 in Long Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 10, 50, 80, 100 | M x F, M x M, F x F |
| 7 | 2 in Long Radius Swivel Joint | 2 in x 10,000 psi / 70 MPa | Style 20, 30, 60 | M x F, American system thread, M x M |
| 8 | 2 in Long Radius Swivel Joint | 2 in x 15,000 psi / 105 MPa | Style 10, 50, 80, 100 | M x F, M x M, F x F |
| 9 | 2 in Long Radius Swivel Joint | 2 in x 15,000 psi / 105 MPa | Style 20, 30, 60 | M x F, American system thread, M x M |
| 10 | 2 in Long Radius Swivel Joint | 2 in x 20,000 psi / 140 MPa | Style 10, 50 | M x F, M x M |
3 in and 4 in Long Radius Swivel Joint Specifications
The following table lists common 3 in and 4 in long radius swivel joint models for larger oilfield pressure pumping and high pressure flowline systems. These swivel joints are suitable for heavy duty flowline layouts, high flow capacity requirements, fracturing manifolds, cementing lines and well service packages.
| S/N | Description | Specification | Model / Style | End Connection |
| 1 | 3 in Long Radius Swivel Joint | 3 in x 10,000 psi / 70 MPa | Style 20, 50 | LP or TBG Female |
| 2 | 3 in Long Radius Swivel Joint | 3 in x 10,000 psi / 70 MPa | Style 10, 50, 80, 100 | M x F, M x M, F x F |
| 3 | 3 in Long Radius Swivel Joint | 3 in x 10,000 psi / 70 MPa | Style 20, 30, 60 | M x F, American system thread, M x M |
| 4 | 3 in Long Radius Swivel Joint | 3 in x 15,000 psi / 105 MPa | Style 10, 50, 80, 100 | M x F, M x M, F x F |
| 5 | 3 in Long Radius Swivel Joint | 3 in x 15,000 psi / 105 MPa | Style 20, 30, 60 | M x F, M x M |
| 6 | 3 in Long Radius Swivel Joint | 3 in x 20,000 psi / 140 MPa | Style 10, 50 | M x F, M x M |
| 7 | 4 in Long Radius Swivel Joint | 4 in x 6,000 psi / 42 MPa | Style 10, 50 | M x F, M x M, F x F |
| 8 | 4 in Long Radius Swivel Joint | 4 in x 10,000 psi / 70 MPa | Style 10, 50 | M x F, M x M, F x F |
Common Swivel Joint Styles
Different swivel joint styles support different flowline directions and installation requirements. SGPE supplies common style options for high pressure oilfield systems, including Style 10, Style 20, Style 30, Style 50, Style 60, Style 80 and Style 100.
The correct style depends on the turning angle, flowline route and connection direction. Some assemblies need one swivel point, while others require several swivel joints to form a flexible flowline loop for fracturing, cementing or well service operation.
When customers replace existing FMC WECO type oilfield swivel joints, they should confirm size, pressure rating, style, connection type and thread specification before ordering. Clear confirmation helps avoid mismatch during wellsite installation.
Materials and Heat Treatment
A high pressure swivel joint must resist pressure, impact, vibration, erosion and fatigue. For this reason, material selection, forging quality and heat treatment need careful control.
The body can use high strength alloy steel forgings according to order requirements. Proper heat treatment improves mechanical performance, while the core keeps enough toughness for heavy duty oilfield service.
For abrasive service, the flow path hardness and erosion resistance become especially important. In hydraulic fracturing operations, sand-laden fluid and proppant can create serious wear inside the flowline. A strong forged body, smooth bore and proper hardness control help extend service life.
For H2S service, customers should specify sour service requirements clearly. SGPE can review material, heat treatment, sealing parts and NACE MR0175 requirements according to the project condition.
Sealing and Safety Design
The sealing system allows the swivel joint to maintain pressure integrity while rotating. SGPE selects sealing materials according to temperature, pressure, fluid type and service environment.
The seal can include synthetic rubber components and a metal support structure. The pressure relief design releases pressure when leakage occurs, so operators can identify seal problems earlier.
The blowout preventing metal ring also improves safety in high pressure oilfield service. Since seal failure can create serious risk, customers should inspect sealing parts regularly and replace repair kits when wear appears.
Repair kits are available for selected swivel joint models. These kits help service companies reduce downtime and keep flowline equipment ready for fracturing, cementing, acidizing and well service jobs.
Connection Options for High Pressure Flowline Systems
SGPE High Pressure Swivel Joint products support multiple end connection types for oilfield high pressure flowline systems. Common options include LP female thread, TBG female thread, male x female connection, male x male connection, female x female connection and American system thread configurations.
The end connection must match the existing flowline system. Before ordering, customers should confirm the exact connection size, thread type, pressure rating and sealing requirement. If the customer has a drawing, photo or old part number, SGPE can review it and recommend a suitable replacement.
For high pressure service, the complete flowline pressure rating should be checked together. The swivel joint should match the pressure rating of hammer unions, pup joints, plug valves, check valves, manifolds and other connected high pressure flowline components.
Quality Control and Inspection
SGPE controls key production steps to support reliable field performance. The process can include material review, forging inspection, heat treatment control, machining inspection, dimensional inspection, pressure testing and final appearance inspection.
During machining, SGPE controls the bore, wall thickness, connection size and sealing area. Accurate machining helps the swivel joint rotate smoothly and connect properly with other high pressure flowline components.
Before delivery, inspection documents can be provided according to order requirements. Customers can request material certificates, pressure test reports, dimensional inspection records and other project documents when needed.
Maintenance Recommendations
Regular maintenance extends swivel joint service life in field operations. Operators should keep the swivel joint clean, lubricated and protected from severe impact during handling and transportation.
Before each operation, inspect the body, connection, sealing area and rotation condition. Do not use a swivel joint with visible cracks, serious erosion, damaged threads or abnormal rotation. After high pressure service, clean the flow path and check whether the seal needs replacement.
For abrasive fracturing or cementing service, increase the inspection frequency. Sand, proppant, cement slurry and high velocity fluid can accelerate wear. When leakage, poor rotation or abnormal vibration appears, stop using the product and replace the repair kit or the complete swivel joint according to field condition.
Why Choose SGPE High Pressure Swivel Joint?
SGPE understands surface flowline requirements in oil and gas field operations. Customers choose SGPE because we focus on practical performance, stable quality and fast technical response.
The product range covers short radius and long radius swivel joints, common sizes from 1 in to 4 in and working pressure ratings up to 20,000 psi. Common FMC WECO type configurations are also available for cementing equipment, fracturing equipment and complete high pressure flowline packages.
For project-based procurement, SGPE can customize configurations according to application needs. Customers may request special end connections, H2S service, low temperature service, selected sealing materials and specific inspection documents.
SGPE serves international oilfield buyers, drilling contractors, pressure pumping companies, well service companies and petroleum equipment distributors. We understand that buyers need clear specifications, reliable delivery and quick communication.
Related Oilfield Flowline Products
Customers who purchase high pressure swivel joints often source other oilfield flowline components for complete pressure pumping systems. SGPE can also supply related products such as hammer unions, pup joints, plug valves, check valves, high pressure manifolds and other treating iron components.
These related products help customers build compatible flowline packages for fracturing, cementing, acidizing, well testing and well service operations. When required, SGPE can review the full flowline layout and recommend suitable product combinations.
Frequently Asked Questions About High Pressure Swivel Joint
1. What is a high pressure swivel joint used for in oilfield service?
A high pressure swivel joint allows a flowline to change direction during oilfield pressure pumping operations. Field crews use it in fracturing, cementing, acidizing, well testing, workover and well service jobs. It connects pump trucks, cementing units, frac manifolds, treating lines, wellhead equipment and temporary high pressure flowlines. Since wellsite layouts often change, the swivel joint makes rig-up easier and reduces stress from misalignment, vibration or equipment movement.
2. What is the difference between a short radius swivel joint and a long radius swivel joint?
A short radius swivel joint has a compact turning radius, so it fits tight wellsite layouts, skid-mounted equipment and truck-mounted pressure pumping units. A long radius swivel joint gives the fluid a smoother path. It reduces fluid shock, flow resistance and local wear. For abrasive fracturing slurry, cement slurry or high velocity stimulation fluid, many customers choose long radius swivel joints for better erosion resistance and longer service potential.
3. What sizes and pressure ratings can SGPE supply?
SGPE supplies common high pressure swivel joint sizes from 1 in to 4 in. Popular oilfield sizes include 2 in, 3 in and 4 in for fracturing, cementing and pressure pumping flowline systems.
Common working pressure ratings include 2,000 psi, 3,500 psi, 6,000 psi, 10,000 psi, 15,000 psi and 20,000 psi, equal to approximately 14 MPa to 140 MPa. The final model should match size, working pressure, test pressure, connection type, service fluid and project standard.
4. Can SGPE supply FMC WECO type swivel joints?
Yes. SGPE supplies FMC WECO type swivel joints for many oilfield high pressure flowline applications. These swivel joints suit cementing equipment, fracturing equipment, treating iron packages and pressure pumping systems that use common field-compatible connection dimensions. To avoid mismatch, customers should confirm nominal size, pressure rating, style, thread type and end connection before ordering. SGPE can also review old part numbers, drawings, photos or existing flowline layouts.
5. Which swivel joint styles are available?
SGPE provides common oilfield swivel joint styles, including Style 10, Style 20, Style 30, Style 50, Style 60, Style 80 and Style 100. Each style supports a different flowline direction or rotation arrangement. Some wellsite layouts need one swivel point, while others need several swivel joints to form a flexible flowline loop. The right style depends on turning angle, flowline route, pump position, manifold layout and end connection direction.
6. What end connections are available for high pressure swivel joints?
SGPE provides several end connection options, including LP female thread, TBG female thread, male x female, male x male, female x female and American system thread configurations. The connection must match existing treating iron, hammer unions, pup joints, plug valves, check valves, manifolds and wellhead equipment. Before ordering, customers should confirm thread type, connection size, pressure rating and sealing requirement.
7. Can SGPE supply swivel joints for H2S service or sour service?
SGPE can review H2S service and sour service requirements according to project conditions. For sour oilfield environments, customers should provide the required standard, fluid condition, temperature range, working pressure and material requirements. If the project requires NACE MR0175, SGPE can review material, heat treatment, sealing parts and documentation requirements before production. Customers should confirm H2S conditions early during model selection.
8. Can the swivel joint meet API 16C or NACE MR0175 requirements?
SGPE can review API 16C and NACE MR0175 requirements when the project needs them. Final compliance depends on the selected model, material, pressure rating, sealing system, heat treatment and inspection documents. Customers should state the required standard clearly in the inquiry. For high pressure flowline projects, SGPE can provide suitable documents such as material certificates, pressure test reports, inspection records or other project files when needed.
9. What materials does SGPE use for high pressure swivel joints?
SGPE manufactures high pressure swivel joint bodies from selected alloy steel forgings according to application requirements. Forged steel improves strength, toughness and fatigue resistance during high pressure field operation. Proper heat treatment improves wear resistance, especially when the flowline carries sand-laden fracturing fluid, cement slurry or stimulation fluid. SGPE controls the bore, wall thickness, sealing surface and connection dimensions to support reliable service.
10. How does the sealing system improve safety?
The sealing system maintains pressure integrity while the swivel joint rotates. SGPE uses suitable sealing parts according to pressure, temperature and service fluid. The seal design can include a metal support structure and pressure relief feature. If leakage appears, the pressure relief design allows operators to identify the problem earlier. Regular seal inspection also protects pressure control and flowline reliability.
11. Does SGPE provide repair kits for swivel joints?
Yes. SGPE provides repair kits and spare sealing parts for selected high pressure swivel joint models. Repair kits help service companies reduce downtime and keep flowline equipment ready for fracturing, cementing, acidizing, well testing and well service operations. Customers should confirm swivel joint size, pressure rating, style and connection type before ordering repair kits. For frequent field use, SGPE recommends keeping spare repair kits in stock.
12. What information should customers provide for a quotation?
To receive an accurate quotation, customers should provide the swivel joint size, working pressure, style, end connection, service fluid, temperature range, H2S requirement, quantity and destination port. For replacement orders, customers can also send a drawing, photo, old part number or existing flowline layout.
These details help SGPE confirm whether the customer needs a short radius swivel joint, long radius swivel joint, FMC WECO type swivel joint, special connection, repair kit or complete high pressure flowline package.
Packaging and Delivery
SGPE packs high pressure swivel joints according to export requirements. Proper packaging protects threads, sealing areas and machined surfaces during transportation. For international orders, SGPE supports wooden case packaging, product marking and shipping documents according to customer requirements.
Customers can order single swivel joints, repair kits or complete oilfield flowline packages. SGPE can also combine swivel joints with hammer unions, pup joints, plug valves, check valves, manifolds and other high pressure flowline components to support project procurement.
Request a Quote from SGPE
If you need a High Pressure Swivel Joint, Oilfield Swivel Joint, FMC WECO Type Swivel Joint, Long Radius Swivel Joint or Short Radius Swivel Joint for fracturing, cementing, acidizing, well testing, workover, well service or pressure pumping, SGPE can help you choose the right model.
Please send SGPE the required size, working pressure, style, end connection, service fluid, temperature range, H2S requirement, quantity and destination port. If you have a drawing, photo, old part number or existing flowline layout, please include it with your inquiry.
E-Mail:
info@sgpe.com
