Why VALSTEER Forged Steel Globe Valve?
Forged construction, precise throttling and project-grade documentation.
Forged Body Integrity
Forged bodies in ASTM A105, LF2, F304L, F316L and alloy grades F11, F22, F5, F9 and F91 provide high mechanical strength, low porosity and resilience under thermal and pressure cycling.
Stable Throttling & Control
Globe valve trim geometry offers stable flow characteristics for regulating flow, pressure and level in high-pressure lines, not just on/off isolation.
High-Pressure / High-Temperature Ready
Carbon, stainless and alloy steel bodies with suitable trims are configured for high-pressure steam, high-temperature process lines and power plant duty.
Flexible Trim Options
Trims in SS410, SS304 and SS316 are selected as per media, temperature and erosion/corrosion risk to extend seat and plug life.
End Connections for Compact Piping
Socket weld, threaded and butt-weld ends align with high-pressure small-bore piping standards in boiler houses, skids and tight pipe racks.
Project-Grade Documentation
Supplied with EN 10204 3.1 material certificates, pressure test reports, QAP/ITP and TPI support in line with project and consultant requirements.
Forged Steel Globe Valve Range
Select pressure class and construction to suit your line conditions.
Class 800 Forged Steel Globe Valve
Applications
- Boiler feed and auxiliary steam
- Condensate and vent lines
- General process and utility control
Best For
- Modulating or balancing duty in Class 800 systems
- Tight spaces where compact forged globes are preferred
Targeted Keywords
- Class 800 Forged Steel Globe Valve
- Forged Globe Valve
- Compact Forged Globe Valve
- High-Pressure Small-Bore Globe Valve
- Globe Valve For Throttling
- Flow Regulation Valve
- Steam Control Globe Valve
- Condensate Control Valve
- Utility Control Valve
- Modulating Service Globe Valve
Class 1500 Forged Steel Globe Valve
VALSTEER Class 1500 forged steel globe valves are designed for high-pressure throttling and flow control in demanding steam, process, and hydrocarbon services. These high pressure globe valves are preferred where high differential pressure is present and the application requires stable control with repeatable shut-off performance. Typical installations include bypass lines, letdown stations, and control points around critical equipment where both regulation and isolation integrity are important.
Applications
- High-Pressure Steam and Process Control Lines
- Pressure/Flow Control around Critical Equipment
- Bypass and Letdown Stations
Best For
- Throttling with High Differential Pressures
- Services Where Stable Control and Tight Shut-Off are both required
Targeted Keywords
- Class 1500 Forged Steel Globe Valve
- High Pressure Globe Valve
- Globe Valve For Throttling
- High Differential Pressure Throttling
- Steam Throttling Valve
- Process Control Globe Valve
- Hydrocarbon Service Globe Valve
- Bypass Globe Valve
- Letdown Station Valve
- Pressure Control Valve
- Flow Control Valve
Class 2500 Forged Steel Globe Valve
VALSTEER Class 2500 forged steel globe valves are extra-high-pressure globe valves used in specialised units and engineered applications where maximum rating, safety margin, and stable throttling performance are essential.
These forged steel globe valves are commonly specified for very high-pressure steam and high-energy process systems, including test loops, letdown stations, and advanced plant piping where conditions are severe and control performance must remain consistent over time.
Applications
- Very high-pressure steam and process systems
- High-energy piping in advanced power and petrochemical plants
- High-pressure test and letdown stations
Best For
- Maximum pressure rating in small-bore lines
- Critical applications with strict safety and performance requirements
Targeted Keywords
- Class 2500 Forged Steel Globe Valve
- Extra-High-Pressure Globe Valve
- High Pressure Forged Globe Valve
- Small-Bore High Pressure Globe Valve
- Very High Pressure Steam Valve
- High-Energy Piping Valve
- High-Pressure Letdown Station Valve
- Test Loop Globe Valve
- Critical Throttling Valve
- Stable Flow Control Valve
Material / Temperature Options: Carbon, Stainless and Alloy Steel Options
Material selection is critical for forged steel globe valves because throttling duties can see high differential pressure, temperature gradients, and erosion.
VALSTEER offers carbon steel, low-temperature steel, stainless steel globe valves, and alloy steel globe valves configured to match your pressure–temperature–media envelope, along with trim selections aligned to service conditions and project specifications.
Correct MOC selection improves shut-off reliability, limits trim wear, and supports long service life in steam and process control duties.
Applications
- A105 for standard high-pressure, high-temperature duties
- LF2 for low-temperature lines and cold service
- F304L / F316L for corrosive and chloride-bearing duties
- F11 / F22 / F5 / F9 / F91 for high-temperature power and process
Best For
- Aligning valve MOC with piping spec and design code
- Maximising service life under demanding operating conditions
Targeted Keywords
- Forged Steel Globe Valve Materials
- Carbon Steel Globe Valve
- LF2 Low Temperature Globe Valve
- Stainless Steel Globe Valve
- F304L Globe Valve
- F316L Globe Valve
- Alloy Steel Globe Valve
- F11 F22 F5 F9 F91 Globe Valve
- High Temperature Globe Valve
- Pressure Temperature Media Envelope
- Trim Selection For Throttling
Technical Specifications
Key specifications for VALSTEER Forged Steel Globe Valves.
| Specification | Details |
|---|---|
|
SIZE RANGE |
½″ to 2″ (larger sizes on special request) |
|
Pressure Class |
ASME Class 800, 1500, 2500 |
|
Body Material |
ASTM A105 forged carbon steel; ASTM A350 LF2 low-temperature carbon steel; ASTM A182 F304L / F316L stainless steel; ASTM A182 F11, F22, F5, F9, F91 alloy steels |
|
Trim Options |
SS410, SS304, SS316 trims selected based on media, temperature and specification |
|
Type
|
Forged steel globe valve, OS&Y rising stem, bolted bonnet |
|
End Connections |
Socket weld (SW), threaded (NPT / BSPT) as standard; butt-weld (BW) ends for selected sizes/classes |
|
Operation |
Handwheel as standard; gear-operated or actuator-ready on request |
|
Seat / Plug Design |
Renewable or integral seats; hard-facing available for severe throttling and erosion-prone service |
|
Design Standards |
ASME B16.34, API 602 (compact forged valves), BS/EN or manufacturer’s standard for forged globes |
|
Testing |
Hydrostatic and seat testing as per API 598; NDT, PMI, hardness and special tests when specified |
|
Operating Temperature |
As per selected body and trim combination; detailed pressure–temperature ratings in datasheet |
|
Media |
Steam, condensate, hydrocarbons, gases, high-pressure water and process fluids suitable for the chosen MOC and trim |
|
Documentation |
EN 10204 3.1 MTC, pressure test reports, QAP/ITP and TPI witness as per project requirement |
Operation & Control Options
Configure how your electric actuated valves operate and communicate.
Handwheel Operation
Standard rising-stem handwheel for local control of flow and isolation on small-bore lines.
Pneumatic Actuation (on request)
Pneumatic actuator packages for remote open/close or modulating service when integrated with control valves and instrumentation.
Manual Gear Operator
Gear-operated handwheel for higher torque and finer control on higher-pressure or less accessible globe valves.
Electric Actuation
Electric actuators with position indication and control options for plants preferring electric automation over air.
Body and Trim Material Combinations
Forged body and trim selections tuned for throttling and isolation service.
| BODY / TRIM COMBINATION | BODY GRADES | TRIM | TYPICAL USE |
|---|---|---|---|
|
Carbon Steel – Standard Service |
ASTM A105 |
SS410 / SS304 |
High-pressure steam, condensate and hydrocarbon lines at standard design temperatures
|
|
Low-Temperature Carbon Steel |
ASTM A350 LF2 |
SS410 / SS304 |
Low-temperature throttling and isolation where impact-tested materials are required |
|
Stainless Steel 304L |
ASTM A182 F304L |
SS304 / SS316 |
Corrosive high-pressure duties with general process corrosion |
|
Stainless Steel 316L |
ASTM A182 F316L |
SS316 |
Chloride-rich, marine or mildly aggressive chemical environments |
|
Alloy Steel F11 / F22 |
ASTM A182 F11, F22 |
SS410 / SS304 |
High-pressure, high-temperature steam and power plant control lines |
|
High-Alloy F5 / F9 / F91 |
ASTM A182 F5, F9, F91 |
SS410 / SS304 |
Very high-temperature, creep-resistant services in advanced power and petrochemical units |
Applications & Industries
Forged globe valves for high-pressure throttling and isolation in small-bore lines.
Power Generation & Boiler Plants
Control and isolation on boiler feed, steam, desuperheater and attemperation lines.
Refineries & Petrochemical Units
Process control, bypass, letdown and utility lines handling high-pressure hydrocarbons and steam.
Oil & Gas Facilities
High-pressure gas and liquid control on well-site skids, separators and process units.
Chemical & Fertiliser Plants
Regulating high-pressure process streams, reactor feeds and utility lines in compact pipe racks.
Industrial Utilities
Balancing and control on high-pressure air, nitrogen, condensate and process water circuits.
Turbine & Heater Islands
Flow control in auxiliary steam, drains, vents and attemperation lines around turbines and heaters.
Electric Actuated Valve FAQs
Use forged globe valves when you need throttling or flow control as well as shut-off. Gate valves are intended mainly for full open / full close service and are not ideal for sustained throttling duty.
Standard pressure classes are ASME 800, 1500 and 2500, with size, material and connection options depending on the selected class.
Bodies are offered in A105, LF2, F304L, F316L and alloy steels F11, F22, F5, F9 and F91 to cover standard, low-temperature and high-temperature duties in steam and process plants.
Trims in SS410, SS304 and SS316 are used depending on media, temperature and erosion/corrosion considerations. Hard-facing can be provided for severe throttling service.
Yes. They can be supplied with gear operators and configured for pneumatic or electric actuators for on/off or modulating control as required by the process.
Valves are tested as per API 598. EN 10204 3.1 material certificates, test reports, QAP/ITP and third-party inspection can be provided as per project specification.