Flanged Globe Valves
Quick Advantages
Why Choose Flanged Globe Valves
Designed for industrial piping systems requiring reliable shut-off, stable flow regulation, standardized flange connection, and easier maintenance in steam, oil, gas, chemical, water treatment, and power plant applications.
Reliable Flow Regulation
The linear disc movement and globe valve seat design provide stable flow adjustment, making it suitable for throttling and process control service.
Standard Flanged Connection
Flanged ends allow secure bolted installation and make the valve easier to remove, inspect, or replace without cutting the pipeline.
Strong Pressure Capability
Available in cast steel, stainless steel, and alloy steel materials to meet different pressure, temperature, and media requirements.
Easy Maintenance Design
Bolted bonnet construction, accessible packing area, and replaceable trim help simplify inspection and maintenance during long-term service.
Overview
What Is a Flanged Globe Valve?
A flanged globe valve is a linear motion valve designed with bolted flange connections at both ends. It uses a movable disc and fixed seat to start, stop, or regulate flow in industrial piping systems.
Compared with gate valves or ball valves, globe valves are more suitable for throttling service because the disc moves vertically toward or away from the seat, allowing more stable flow adjustment.
Flanged globe valves are commonly used in steam lines, oil and gas systems, chemical plants, water treatment pipelines, power plants, and general industrial applications where reliable shut-off, flow regulation, and easier maintenance are required.
Linear Motion Design
The stem moves the disc vertically to control flow through the valve seat, making it suitable for shut-off and throttling service.
Flanged Pipeline Connection
Bolted flange ends provide secure installation and allow easier valve removal during inspection, maintenance, or replacement.
Industrial Service Ready
Suitable for steam, oil, gas, chemical, water treatment, and power plant piping systems with proper material selection.
Configurations
Available Flanged Globe Valve Configurations
We supply flanged globe valves in different body materials, bonnet designs, and flow patterns to match industrial shut-off and flow regulation requirements in various service conditions.
Cast Steel Flanged Globe Valve
A common choice for steam, oil, gas, and general industrial service where reliable shut-off, pressure resistance, and standard flanged installation are required.
Stainless Steel Flanged Globe Valve
Suitable for corrosive media, chemical processing, water treatment, and clean service applications requiring improved corrosion resistance.
Bellows Seal Flanged Globe Valve
Recommended for applications where stem leakage control is important, especially in steam, thermal oil, or hazardous media service.
Y Pattern Flanged Globe Valve
Designed for applications requiring globe valve shut-off and regulation with a more streamlined flow path and reduced pressure drop.
Key Features
Engineered for Flow Regulation and Reliable Shut-Off
Flanged globe valves are designed for industrial piping systems where stable throttling performance, reliable sealing, standardized flange installation, and convenient maintenance are required.
Stable Flow Regulation
The linear disc movement allows more controlled flow adjustment, making the valve suitable for throttling and process regulation service.
Standard Flanged Ends
Bolted flange connections provide secure installation and make the valve easier to remove for inspection, repair, or replacement.
Bolted Bonnet Design
The bolted bonnet structure supports easier maintenance of the stem, packing, disc, and internal trim components.
Reliable Seat Sealing
Disc and seat contact is designed to provide dependable shut-off performance under proper pressure, temperature, and media conditions.
Material Flexibility
Available in carbon steel, stainless steel, alloy steel, and special materials for different industrial working conditions.
Actuation Compatible
Can be supplied with handwheel, gear operator, electric actuator, or pneumatic actuator according to valve size and control needs.
Technical Specifications
Technical Specifications
Standard specifications can be adjusted according to media type, pressure class, temperature level, flange standard, and project requirements.
Selection Overview
Flanged globe valves are typically selected for industrial shut-off and throttling service involving steam, oil, gas, chemical media, water treatment, and other process pipelines where reliable sealing and stable flow regulation are required.
- Typical Applications
Steam systems, oil and gas processing, chemical lines, water treatment plants, power generation, and general industrial process piping.
- Available Options
Cast steel, stainless steel, bellows seal, Y pattern, manual operation, gear operation, electric actuation, and pneumatic actuation.
- Custom Support
Body material, trim material, flange standard, pressure class, bonnet design, and actuator package can be matched to project requirements.
Item
Specification
Valve Type
Flanged Globe Valve
Size Range
NPS 1/2"–24" / DN15–DN600
Pressure Rating
Class 150–2500 / PN16–PN420
Body Material
WCB, WCC, WC6, WC9, CF8, CF8M, Duplex Stainless Steel
Disc Material
13Cr, SS304, SS316, Stellite Faced, Alloy Steel
Seat Material
Integral Seat, Renewable Seat, Stellite Faced Seat
Stem Material
Stainless Steel / High Strength Alloy Steel
Operation
Handwheel, Gear, Pneumatic, Electric
End Connection
Flanged (RF, RTJ, FF)
Applicable Media
Steam, Oil, Gas, Water, Chemical Media
Temperature Range
According to material grade, trim design, and service condition
Standards
API, ANSI, ASME, DIN, BS
Custom sizes, pressure classes, body materials, trim materials, flange standards, and actuator packages are available upon request. Final specifications should be confirmed according to actual working conditions and project requirements.
Materials & Trim Options
Material and Trim Solutions for Industrial Service
Body material, trim combination, seat structure, packing, gasket, and bolting should be selected according to pressure class, temperature level, media characteristics, corrosion allowance, and project specifications.
Trim and Sealing System
The sealing performance of a flanged globe valve depends not only on body material, but also on disc design, seat material, stem sealing, gasket selection, and the accuracy of sealing surface contact.
Disc and Seat Design
Disc and seat structures can be selected according to shut-off requirement, throttling frequency, pressure drop, and media condition.
Renewable Seat Options
Renewable or hard-faced seat designs are available for applications requiring better maintenance convenience or improved sealing durability.
Packing Selection
Stem packing materials should be matched with temperature, pressure, media characteristics, and leakage control requirements.
Service Matching
Trim material, sealing surface, gasket, and packing can be configured according to steam, oil, gas, water, or chemical service.
Body Materials
Body materials are selected according to pressure class, temperature level, corrosion condition, and mechanical strength requirement. Carbon steel, stainless steel, alloy steel, and duplex stainless steel options are commonly used.
Trim Materials
Trim materials directly affect sealing performance, corrosion resistance, erosion resistance, and service life. Common options include 13Cr, SS304, SS316, alloy steel, and Stellite-faced trim.
Applications
Typical Industrial Applications
Flanged globe valves are widely used in industrial piping systems where reliable shut-off, stable flow regulation, and convenient maintenance are required.
Industrial Flow Control Service
Flanged globe valves are commonly used in steam, oil, gas, chemical, water treatment, and power plant pipelines because they provide reliable shut-off and better throttling control than many simple isolation valves.
Steam and Boiler Systems
Used in steam lines, boiler feedwater systems, condensate pipelines, and auxiliary steam service where shut-off and flow regulation are required.
Oil and Gas Processing
Suitable for refinery units, process pipelines, utility systems, and oil or gas service requiring reliable flanged pipeline installation.
Chemical Applications
Applied in chemical processing lines where material selection, corrosion resistance, sealing performance, and maintenance access are important.
Water Treatment and Utilities
A practical choice for water treatment plants, pump discharge lines, utility stations, and general industrial flow control systems.
Application suitability depends on media type, pressure, temperature, flow control requirement, flange standard, and material selection. Project-based recommendations can be provided upon request.
Actuation Options
Operation and Actuation Options
Flanged globe valves can be supplied with manual or automated operation to match valve size, pressure class, operating torque, control frequency, and project requirements.
The right operation method depends on pipeline layout, valve size, pressure level, flow regulation requirement, installation position, and whether local or remote control is required.
- Manual or Automated
Available for local handwheel operation, manual gear operation, or automated control in process piping systems.
- Torque-Based Selection
Actuation can be matched according to valve size, sealing load, pressure level, and service condition.
- Flexible Supply Scope
Complete valve and actuator assemblies can be supplied for easier installation, commissioning, and project coordination.
Gear Operated
Recommended for larger valve sizes or higher pressure classes where smoother manual operation and reduced handwheel effort are required.
Pneumatic Actuated
Suitable for automated shut-off or flow control service where fast response, frequent operation, or remote control is required.
Electric Actuated
Ideal for remote operation, motorized control systems, and process pipelines requiring stable opening and closing control.
Customized Actuation Package
Actuator type, control accessories, limit switches, positioners, and mounting brackets can be matched according to project requirements.
Actuation options can be configured according to valve size, pressure class, operating torque, control method, installation condition, and project specification.
Why Choose Raymon Valve
Project-Based Configuration
Valve size, pressure class, body material, trim material, flange standard, bonnet design, and operation method can be matched to actual project requirements.
Technical Selection Support
We help review media type, temperature, pressure, flow regulation requirement, installation condition, and maintenance needs before valve selection.
Documentation Support
Basic technical files, product specifications, inspection records, material certificates, and project-related documents can be provided upon request.
Fast RFQ Response
Quick follow-up for quotation requests, technical discussions, flange standard confirmation, material selection, and project inquiry requirements.
Featured Products
Featured Flanged Globe Valve Products
Explore selected flanged globe valve models for different pressure classes, materials, service conditions, and industrial piping requirements.
Cast Steel Flanged Globe Valve
A common industrial solution for steam, oil, gas, water, and general process piping requiring reliable shut-off and flow regulation.
Stainless Steel Flanged Globe Valve
Suitable for corrosive media, chemical processing, water treatment, and applications requiring improved corrosion resistance.
Bellows Seal Flanged Globe Valve
Recommended for applications where stem leakage control is important, especially in steam, thermal oil, and hazardous media service.
Y Pattern Flanged Globe Valve
Designed for service requiring shut-off and regulation with a more streamlined flow path and reduced pressure drop.
FAQ
Frequently Asked Questions
Common questions about flanged globe valve selection, flow regulation, materials, flange standards, actuation options, and industrial applications.
What is a flanged globe valve used for?
A flanged globe valve is used for shut-off and flow regulation in industrial piping systems. It is commonly applied in steam lines, oil and gas systems, chemical processing, water treatment, power plants, and general process pipelines.
Is a flanged globe valve suitable for throttling service?
Yes. Globe valves are commonly selected for throttling because the disc moves linearly toward or away from the seat, allowing more controlled flow adjustment than many simple on-off valve types.
What materials are available for flanged globe valves?
Common body materials include cast carbon steel, stainless steel, alloy steel, and duplex stainless steel. Trim, seat, packing, gasket, and bolting materials should be selected according to media type, pressure, temperature, corrosion condition, and project requirements.
What flange standards can be supplied?
Flanged globe valves can be supplied according to ASME, ANSI, DIN, EN, JIS, or project-specific flange requirements. The flange standard, pressure class, face type, and drilling dimensions should be confirmed before production.
What is the difference between a globe valve and a gate valve?
A gate valve is mainly used for fully open or fully closed service with low flow resistance. A globe valve is more suitable when the pipeline requires shut-off together with flow regulation or throttling control.
Can flanged globe valves be automated?
Yes. Flanged globe valves can be supplied with handwheel, gear operator, pneumatic actuator, or electric actuator according to valve size, pressure class, operating torque, control method, and project requirements.
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