Products
MODULAR - DOUBLE BLOCK & BLEED VALVES (DBB)
Modular Double Block & Bleed (DBB) ball valves are fitted with a drain needle, ball or DBB valve mounted between the two balls, allowing the valve to be drained and the pressure reset to zero. Two independent balls in a single valve body provide double isolation, guaranteeing positive shut off with maximum safety through DIB-1 and DIB-2 features.
Available for both instrumentation and pipeline service, these valves cover a wide size range with full bore and reduced bore options. Their robust design delivers dependable sealing and long service life in demanding process environments.
Performance & Reliability
Positive Double Isolation
Two independent balls in a single valve body provide positive shut off with maximum safety, meeting DIB-1 and DIB-2 requirements.
Reliable Sealing Performance
Spring loaded seats, lip seal and low emission designs help minimize leakage, with soft seated and metal seated options available.
Safe Stem Design
The antistatic and anti blow out stem design helps guarantee safety during demanding operating conditions.
Built to Industry Standards
Designed and tested to ANSI, API, ISO and NACE requirements with fire safe certification for dependable service.
Special Testing Available
HP gas test, IGC, HIC and fugitive emission ISO 15848 testing is available upon request, along with special painting.
Features & Design Advantages
Integrated Drain and Bleed
A drain needle, ball or DBB valve mounted between the two balls allows the valve to be drained and the pressure reset to zero before maintenance.
Wide Size Coverage
Available from ½” to 3″ for instrumentation and from 1″ to 36″ for pipeline service, with full bore and reduced bore options.
Flexible End Connections
Flanged RF, RTJ, butt weld and hub end connections suit a variety of piping and project requirements.
Versatile Operation Options
Valves can be operated by lever, gear, pneumatic or electrical actuator, with an ISO 5211 top flange for easy actuator mounting.
Material and Service Options
Available in carbon steel, stainless steel, low temp, alloy and duplex steel, with sealant injection and cryogenic application upon request.
Specifications
| Specifications | Specification |
| Valve Type | Modular Double Block & Bleed Ball Valve (DBB) |
| Isolation Feature | Double Isolation with Two Independent Balls in One Valve Body, DIB-1, DIB-2 |
| Size Range | ½” to 3″ for Instrumentation / 1″ to 36″ for Pipeline Valves |
| Pressure Rating | 150# to 2500#, API 3000 to API 10,000 |
| End Connections | Flanged RF, RTJ, BW, Hub End |
| Bore Type | Full Bore / Reduced Bore |
| Seat Type | Soft Seated / Metal Seated, Spring Loaded Seats |
| Bleed Arrangement | Drain Needle, Ball or DBB Valve Mounted Between the Two Balls |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Sealant Injection | Available Upon Request |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D, API 6A, API 608 |
| Face to Face | ANSI B16.10 |
| Flange Standard | ANSI B16.5, B16.47 |
| Top Flange | ISO 5211 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, API 6D |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Instrumentation Systems, Pipeline Isolation, Process Isolation and Bleed Service |
INTEGRAL - DOUBLE BLOCK & BLEED VALVES (DBB)
Integral Double Block & Bleed (DBB) valves are fitted with a drain needle valve mounted between the two balls, allowing the valve to be drained and the pressure reset to zero. This provides positive isolation and safe pressure relief, making them a dependable choice for instrumentation systems.
Built as a compact single piece forging, these valves are available in flange to flange, flange to thread, butt weld and hub end combinations. They also support injection and sampling with ball and needle configurations, delivering consistent performance and long service life in demanding process environments.
Performance & Reliability
Positive Isolation with Integrated Bleed
A drain needle valve mounted between the two balls allows the valve to be drained and the pressure reset to zero, ensuring safe isolation and simplified instrument maintenance.
Compact Single Piece Forging
The integral forged design reduces potential leak paths and installation space, providing a strong and reliable solution for instrumentation systems.
Safe and Secure Construction
Bolted bonnet with an anti blow out system and an antistatic, anti blow out stem design help guarantee safety during demanding operating conditions.
Flexible End Connection Options
Available in flange to flange, flange to thread, BW and hub end combinations to suit different piping and instrumentation requirements.
Wide Range of Materials and Standards
Manufactured in carbon steel, stainless steel, low temp, alloy and duplex steel, and built to ANSI, API and NACE requirements with fire safe certification.
Features & Design Advantages
Smooth and Durable Operation
The non rotating tip needle valve provides smooth operation and minimum wear of the sealing elements, extending service life in continuous duty applications.
Reliable Sealing Performance
Lip seal and low emission designs help minimize leakage and support dependable performance, with soft seated and metal seated options available.
Versatile Operation Options
Valves can be operated by lever, gear, pneumatic or electrical actuator to match different system and automation requirements.
Application Flexibility
Suitable for injection and sampling with ball and needle configurations, with a choice of 10, 14 and 20 mm internal bore diameters.
Special Testing and Customization
Special testing such as HP gas test, IGC, HIC and fugitive emission ISO 15848 is available, along with special painting and cryogenic application upon request.
Specifications
| Specifications | Specification |
| Valve Type | Integral Double Block & Bleed Valve (DBB) |
| Construction | Compact Single Piece Forging |
| Size Range | ½” to 4″ |
| Pressure Rating | ANSI 150# to 2500#, API 3000 to API 10,000 |
| End Connections | Screwed, Flanged RF, RTJ, BW and Hub Ends in Combination |
| Internal Bore Diameter | 10 mm, 14 mm and 20 mm |
| Seat Type | Soft Seated / Metal Seated |
| Needle Valve | Non Rotating Tip Design for Smooth Operation and Minimum Wear of Sealing Elements |
| Bonnet Design | Bolted Bonnet with Anti Blow Out (Anti Ejection) System |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D, API 6A |
| Flange Standard | ANSI B16.5 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, API 6D |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Instrumentation Systems, Injection and Sampling Lines, Process Isolation and Bleed Service |
COMPACT - DOUBLE BLOCK & BLEED VALVES (DBB)
Compact Double Block & Bleed (DBB) valves use the face to face dimension of a single ball valve in accordance with API 6D, while still providing double isolation with two independent balls in one valve body. This guarantees positive shut off with maximum safety through DIB-1 and DIB-2 features.
Developed with integral flange connections in the valve body, the compact design achieves a short face to face dimension and light weight. The valve can easily be installed into an existing pipeline without the need for any pipeline re-working, making it an efficient choice for upgrades and space restricted installations.
Performance & Reliability
Positive Double Isolation
Two independent balls in a single valve body provide positive shut off with maximum safety, meeting DIB-1 and DIB-2 requirements.
Reliable Sealing Performance
Spring loaded seats, lip seal and low emission designs help minimize leakage, with soft seated and metal seated options available.
Safe Stem Design
The antistatic and anti blow out stem design helps guarantee safety during demanding operating conditions.
Built to Industry Standards
Designed and tested to ANSI, API, ISO and NACE requirements with fire safe certification for dependable service.
Special Testing Available
HP gas test, IGC, HIC and fugitive emission ISO 15848 testing is available upon request, along with special painting.
Features & Design Advantages
Short Face to Face Dimension
Integral flange connections in the valve body achieve the same face to face dimension as a single block ball valve in accordance with API 6D.
Light Weight Design
The compact construction reduces overall weight, simplifying handling and installation.
Easy Pipeline Installation
The valve can be installed into an existing pipeline without the need for any pipeline re-working, saving time and cost.
Wide Size and Rating Range
Available from 2″ to 36″ and from 150# to 2500#, with full bore and reduced bore options.
Versatile Operation Options
Valves can be operated by lever, gear, pneumatic or electrical actuator, with an ISO 5211 top flange for easy actuator mounting.
Specifications
| Specifications | Specification |
| Valve Type | Compact Double Block & Bleed Ball Valve (DBB) |
| Isolation Feature | Double Isolation with Two Independent Balls in One Valve Body, DIB-1, DIB-2 |
| Size Range | 2″ to 36″ |
| Pressure Rating | 150# to 2500# |
| End Connections | Flanged RF, RTJ, BW |
| Bore Type | Full Bore / Reduced Bore |
| Seat Type | Soft Seated / Metal Seated, Spring Loaded Seats |
| Body Design | Integral Flange Connections with Single Ball Valve Face to Face Dimension |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Sealant Injection | Available Upon Request |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D |
| Face to Face | ANSI B16.10 |
| Flange Standard | ANSI B16.5, B16.47 |
| Top Flange | ISO 5211 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, API 6D |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Pipeline Isolation, Process Isolation and Bleed Service, Retrofit Installations |
FLOATING - BALL VALVES
Floating ball valves are available in soft seated and metal seated designs, providing positive shut off while minimizing pressure drop. The floating ball is held in place by the seats and pressed against the downstream seat by line pressure, creating a dependable seal across a wide range of operating conditions.
Offered in threaded and socket weld versions as well as split body flanged versions, these valves cover a broad range of sizes and pressure classes. Their robust design delivers consistent performance, safe operation and long service life in demanding industrial applications.
Performance & Reliability
Positive Shut Off
Soft seated and metal seated designs provide dependable shut off while minimizing pressure drop across the valve.
Reliable Sealing Performance
Lip seal and low emission designs help minimize leakage and support consistent performance in continuous service.
Self Relieving Seats
Self relieving seats help protect the valve from excess cavity pressure, improving safety during operation.
Safe Stem Design
The antistatic and anti blow out stem design helps guarantee safety during demanding operating conditions.
Built to Industry Standards
Designed and tested to ANSI, API, ISO and NACE requirements with fire safe certification for dependable service.
Features & Design Advantages
Multiple Body Configurations
Available in monobloc 1 piece, 2 piece and 3 piece designs for threaded and socket weld versions, and 2 piece and 3 piece designs for split body flanged versions.
Wide Size and Rating Range
Available from ½” to 2″ in threaded and socket weld versions and from ½” to 8″ in split body flanged versions, covering ANSI 150# to 2500# and API 3000 to API 10,000 ratings.
Flexible End Connections
Screwed, socket weld, butt weld, flanged RF and RTJ connections suit a variety of piping and project requirements.
Full Bore and Reduced Bore Options
Choose the bore type that best fits flow and pressure drop requirements.
Versatile Operation Options
Valves can be operated by lever, gear, pneumatic or electrical actuator, with an ISO 5211 top flange for easy actuator mounting.
Material and Testing Options
Available in carbon steel, stainless steel, low temp, alloy and duplex steel, with special testing such as HP gas test, IGC, HIC and fugitive emission ISO 15848, plus special painting and cryogenic application upon request.
Specifications
| Specifications | Specification |
| Valve Type | Floating Ball Valve |
| Body Design (Threaded & Socket Weld) | Monobloc 1 Piece, 2 Piece, 3 Piece Design |
| Size Range (Threaded & Socket Weld) | ½” to 2″ |
| Pressure Rating (Threaded & Socket Weld) | ANSI 800# to 2500#, 3000# WOG to 6000# WOG |
| End Connections (Threaded & Socket Weld) | Screwed, Socket Weld, BW |
| Body Design (Split Body Flanged) | 2 Piece, 3 Piece Design |
| Size Range (Split Body Flanged) | ½” to 8″ |
| Pressure Rating (Split Body Flanged) | ANSI 150# to 2500#, API 3000 to API 10,000 |
| End Connections (Split Body Flanged) | Flanged RF, RTJ, BW |
| Bore Type | Full Bore / Reduced Bore |
| Seat Type | Soft Seat, Self Relieving Seats |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D, API 6A, API 608 |
| Face to Face | ANSI B16.10 |
| Flange Standard | ANSI B16.5, B16.47 |
| Top Flange | ISO 5211 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, ISO 5208 |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Process Industry, Oil & Gas, Petrochemical, Utilities, General Industrial Isolation |
TRUNNION MOUNTED - BALL VALVES
Trunnion mounted ball valves are manufactured in accordance with API 6D in soft seated and metal seated designs, providing positive shut off for applications ranging from general to severe service. They are well suited for use as pipeline valves, including motor operated valves and emergency shutdown valves.
Available in 2 piece, 3 piece and fully welded designs, these valves offer double block and bleed capability with DIB-1 and DIB-2 features. Their robust construction delivers dependable sealing, safe operation and long service life in demanding pipeline environments.
Performance & Reliability
Positive Shut Off
Soft seated and metal seated designs provide dependable shut off for applications ranging from general to severe service.
Double Block and Bleed Capability
DIB-1 and DIB-2 features deliver positive isolation with maximum safety in critical pipeline service.
Reliable Sealing Performance
Spring loaded seats, lip seal and low emission designs help minimize leakage and support consistent performance.
Safe Stem Design
The antistatic and anti blow out stem design helps guarantee safety during demanding operating conditions.
Built to Industry Standards
Manufactured in accordance with API 6D and tested to API, ISO and NACE requirements with fire safe certification.
Features & Design Advantages
Multiple Body Configurations
Available in 2 piece, 3 piece and fully welded designs to suit different installation and project requirements.
Wide Size and Rating Range
Available from ½” to 8″ and from 150# to 2500# up to API 10,000, with full bore and reduced bore options.
Flexible End Connections
Flanged RF, RTJ, butt weld and hub end connections suit a variety of piping and project requirements.
Suitable for Automated Service
Ideal for use as motor operated valves and emergency shutdown valves, with an ISO 5211 top flange for easy actuator mounting.
Material and Testing Options
Available in carbon steel, stainless steel, low temp, alloy and duplex steel, with sealant injection, special testing such as HP gas test, IGC, HIC and fugitive emission ISO 15848, special painting and cryogenic application upon request.
Specifications
| Specifications | Specification |
| Valve Type | Trunnion Mounted Ball Valve |
| Body Design | 2 Piece, 3 Piece, Fully Welded Design |
| Size Range | ½” to 8″ |
| Pressure Rating | 150# to 2500#, API 3000 to API 10,000 |
| End Connections | Flanged RF, RTJ, BW, Hub End |
| Bore Type | Full Bore / Reduced Bore |
| Isolation Feature | Double Block and Bleed, DIB-1, DIB-2 |
| Seat Type | Soft Seated / Metal Seated, Spring Loaded Seats |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Sealant Injection | Available Upon Request |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D, API 6A, API 608 |
| Face to Face | ANSI B16.10 |
| Flange Standard | ANSI B16.5, B16.47 |
| Top Flange | ISO 5211 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, API 6D |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Pipeline Valves, Motor Operated Valves, Emergency Shutdown Valves, General to Severe Service |
TOP ENTRY - BALL VALVES
Top entry ball valves are manufactured in accordance with API 6D with soft seating, allowing in-line field service and maintenance by simply removing the valve top cover for free access to the body cavity. This keeps downtime low and avoids the need to remove the valve from the pipeline.
A series of special maintenance tools allows the ball and seats to be removed with very little space required around the valve, making these valves suitable for areas with space constraints. The special design also allows the shaft seal to be replaced while the valve is in the closed position.
Performance & Reliability
Reliable Soft Seat Sealing
Soft seating and lip seal design provide dependable shut off and help minimize leakage in continuous service.
Safe Stem Design
The antistatic and anti blow out stem design helps guarantee safety during demanding operating conditions.
Strong Single Piece Forging
Single piece forged construction provides a robust body for reliable performance under demanding pipeline conditions.
Built to Industry Standards
Manufactured in accordance with API 6D and tested to API, ISO and NACE requirements with fire safe certification.
Special Testing Available
HP gas test, IGC, HIC and fugitive emission ISO 15848 testing is available upon request, along with special painting.
Features & Design Advantages
In-Line Field Service
Removing the valve top cover gives free access to the body cavity, allowing service and maintenance without removing the valve from the pipeline.
Compact Maintenance Footprint
Special maintenance tools allow the ball and seats to be removed with very little space around the valve, ideal for areas with space constraints.
Shaft Seal Replacement in Closed Position
The special design allows the shaft seal to be replaced while the valve remains in the closed position.
Wide Size and Rating Range
Available from 2″ to 36″ and from 150# to 2500#, with full bore and reduced bore options and flanged RF, RTJ, BW and hub end connections.
Versatile Operation Options
Valves can be operated by lever, gear, pneumatic or electrical actuator, with an ISO 5211 top flange for easy actuator mounting and cryogenic application available upon request.
Specifications
| Specifications | Specification |
| Valve Type | Integral Double Block & Bleed Valve (DBB) |
| Construction | Compact Single Piece Forging |
| Size Range | ½” to 4″ |
| Pressure Rating | ANSI 150# to 2500#, API 3000 to API 10,000 |
| End Connections | Screwed, Flanged RF, RTJ, BW and Hub Ends in Combination |
| Internal Bore Diameter | 10 mm, 14 mm and 20 mm |
| Seat Type | Soft Seated / Metal Seated |
| Needle Valve | Non Rotating Tip Design for Smooth Operation and Minimum Wear of Sealing Elements |
| Bonnet Design | Bolted Bonnet with Anti Blow Out (Anti Ejection) System |
| Stem Design | Antistatic and Anti Blow Out Stem |
| Sealing | Lip Seal Design, Low Emission Design |
| Operation | Lever, Gear, Pneumatic or Electrical Actuator |
| Design Standards | ANSI B16.34, API 6D, API 6A |
| Flange Standard | ANSI B16.5 |
| Material Compliance | NACE MR-0175 |
| Testing Standards | API 598, API 6D |
| Fire Safe Standards | API 607, API 6FA, ISO 10497 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Special Testing | HP Gas Test, IGC, HIC, Fugitive Emission ISO 15848 Part 1 & 2, Special Painting Upon Request |
| Special Service | Cryogenic Application Upon Request |
| Applications | Instrumentation Systems, Injection and Sampling Lines, Process Isolation and Bleed Service |
NEEDLE VALVE
Needle and gauge valves are designed to work with any gas or fluid, built to withstand pressures of 6,000 PSI and supplied with a PTFE gland packing. They can also be customized to the most common sector requirements and reach 10,000 PSI, with Graphoil or other packing materials available upon request.
Machined from bar stock, these valves can also be supplied with twin ferrule compression ends as an alternative to threaded connections. This eliminates the need for thread sealant and helps guarantee a reduction in leakage, making them a dependable choice for instrumentation lines.
Performance & Reliability
High Pressure Capability
Built to withstand 6,000 PSI as standard and customizable up to 10,000 PSI to meet the most common sector requirements.
Smooth and Durable Operation
The non rotating tip needle design provides smooth operation and minimum wear of the sealing elements, extending service life.
Safe Bonnet Design
Bolted bonnet with an anti blow out system guarantees safety during demanding operating conditions.
Dependable Packing Options
Supplied with a PTFE gland packing as standard, with Graphoil or other materials available upon request.
Built to Industry Standards
Designed to ANSI B16.34, tested to API 598 and manufactured with materials compliant to NACE MR-0175.
Features & Design Advantages
Bar Stock Construction
Machined from solid bar stock for a strong, compact body suited to instrumentation service.
Leak Reducing Connections
Twin ferrule compression ends offer an alternative to threaded connections, eliminating the need for thread sealant and helping guarantee a reduction in leakage.
Wide Size and End Connection Range
Available from ¼” to 1½” with threaded NPT, BSPT, BSPP, socket weld and butt weld connections, in 4 mm and 5 mm bore sizes.
Flexible Operation Options
T lever operation is available along with isolate anti tamper and padlock options for all anti tamper bonnets.
Wide Range of Materials
Available in carbon steel, stainless steel, low temp, alloy and duplex steel to suit different media and service conditions.
Specifications
| Specifications | Specification |
| Valve Type | Needle and Gauge Valve (Instrumentation) |
| Construction | Bar Stock Body |
| Size Range | ¼” to 1½” |
| Pressure Rating | 6000, 10000, 15000 psi |
| End Connections | Threaded NPT, BSPT, BSPP, SW, BW, Twin Ferrule Compression Ends Available |
| Bore Size | 4 mm, 5 mm |
| Bonnet Design | Bolted Bonnet with Anti Blow Out (Anti Ejection) System |
| Needle Valve Tip | Non Rotating Tip for Smooth Operation and Minimum Wear of Sealing Elements |
| Gland Packing | PTFE Standard, Graphoil or Other Materials Upon Request |
| Operation | T Lever, Isolate Anti Tamper, Padlock for All Anti Tamper Bonnets |
| Design Standard | ANSI B16.34 |
| Material Compliance | NACE MR-0175 |
| Testing Standard | API 598 |
| Body Materials | Carbon Steel, Stainless Steel, Low Temp, Alloy and Duplex Steel |
| Media | Suitable for Any Gas or Fluid |
| Applications | Instrumentation Systems, Gauge Isolation, Process Sampling and Control Lines |
MONOFLANGES
Monoflanges are used in upstream offshore and onshore gas and oil production and initial processing installations. They are also used in downstream oil and gas refining and petrochemical production.
Monoflanges unite primary, secondary and vent valves in a single body, replacing the connection to the plant by flanged threading. Available in 4 mm and 10 mm bore diameters, they are typically used in gas gauge pressure instrument applications to minimize the size and weight of the valve assemblies used for primary and secondary isolation, vent and calibration.
Performance & Reliability
Contamination Free Connection
Eliminating thread sealants removes any possible contamination of the fluid, supporting clean and dependable instrument readings.
Fewer Potential Leak Paths
Combining primary, secondary and vent valves in a single body replaces multiple threaded connections, reducing potential leak points in the assembly.
Suited to Demanding Oil and Gas Service
Proven in upstream offshore and onshore production, initial processing, downstream refining and petrochemical installations.
Precise Instrument Service
Available in 4 mm and 10 mm bore diameters, typically used in gas gauge pressure instrument applications.
Features & Design Advantages
Three Valves in One Body
Primary, secondary and vent valves are united in a single body for primary and secondary isolation, vent and calibration.
Reduced Size and Weight
The integrated design minimizes the size and weight of the pipeline valve assemblies used for instrument connections.
Flanged Connection to the Plant
Replaces the connection to the plant by flanged threading, simplifying the instrument hookup.
Faster Installation
Monoflanges can be fixed onto any desired pipe, resulting in faster installation and better operating efficiency.
Specifications
| Specifications | Specification |
| Product Type | Instrumentation Monoflange |
| Construction | Primary, Secondary and Vent Valves United in a Single Body |
| Bore Diameter | 4 mm, 10 mm |
| Connection | Flanged Connection Replacing Flanged Threading to the Plant |
| Functions | Primary and Secondary Isolation, Vent and Calibration |
| Typical Use | Gas Gauge Pressure Instrument Applications |
| Installation | Fixed Directly onto Any Desired Pipe |
| Fluid Contamination | Eliminates Contamination from Thread Sealants |
| Applications | Upstream Offshore and Onshore Oil and Gas Production, Initial Processing, Downstream Refining, Petrochemical Production |
MANIFOLDS
Manifolds are a range of manual valves designed for instruments and line cut-off on steam and high pressure fluids. They suit both standard and critical applications where high resistance to pressure, temperature and corrosion is of primary importance.
Made from bar stock, these manifolds deliver tight shut off and long lasting performance. They are available with ¼” and ½” size connections and pressure ratings of 6000, 10000 and 15000 psi, with threaded NPT, BSPT or BSPP connections as standard and socket weld and butt weld ends also available.
Performance & Reliability
Tight Shut Off
Designed for dependable shut off performance in instrument and line cut-off service.
Resistant to Pressure, Temperature and Corrosion
Suitable for critical applications where high resistance to pressure, temperature and corrosion is of primary importance.
Long Lasting Equipment
Bar stock construction supports durable performance and extended service life in demanding conditions.
Suited to Steam and High Pressure Fluids
Manual valves engineered for line cut-off on steam and high pressure fluids, as well as standard instrumentation duties.
Features & Design Advantages
Bar Stock Construction
All manifolds are machined from bar stock for a strong, compact and dependable body.
High Pressure Ratings
Available in 6000, 10000 and 15000 psi pressure ratings to match different system requirements.
Compact Connection Sizes
Offered with ¼” and ½” size connections for instrument and sampling line installations.
Flexible End Connections
Threaded NPT, BSPT or BSPP connections are standard, with socket weld and butt weld ends also available.
Wide Range of Applications
A wide range of manual valves designed for various applications, from standard duties to critical service.
Specifications
| Specifications | Specification |
| Product Type | Instrumentation Manifold Valve (Manual) |
| Construction | Bar Stock Body |
| Connection Size | ¼” and ½” |
| Pressure Rating | 6000, 10000 and 15000 psi |
| Standard Connections | Threaded NPT, BSPT or BSPP |
| Optional Connections | SW and BW Ends |
| Operation | Manual |
| Service | Instruments and Line Cut-Off on Steam and High Pressure Fluids |
| Performance | High Resistance to Pressure, Temperature and Corrosion |
| Applications | Standard and Critical Instrumentation Applications |