Forged Steel Valves Gate,
Globe & Check

GWC USA

Triple S Solutions supplies forged steel Gate, Globe, and Check valves engineered for high pressure and high temperature service in oil, gas, power, and industrial applications.

Manufactured in accordance with API 602 and ASME B16.34, these compact, heavy-duty valves are available in pressure classes 800 through 2500 with threaded, socket weld, butt weld, and flanged end connections. Designed for durability and tight shutoff, they are well suited for critical isolation and flow control service. For larger bore applications see our cast steel gate, globe, and check valves

For complete sizing, material options, and pressure temperature ratings, download the product data sheet below.

KEY FEATURES

  • Design standard: API 602
  • Pressure classes: 800, 1500, 2500
  • Sizes: 1/4” through 2”
  • Gate, Globe, and Check configurations available
  • Bolted bonnet and welded bonnet construction options
  • Threaded, socket weld, butt weld, and flanged end connections
  • Forged carbon steel and stainless steel body options
  • Outside screw and yoke (OS&Y) design on gate and globe valves
  • Solid wedge gate design
  • Renewable seat rings (where applicable)
  • Compact, heavy-duty construction

Performance Advantages

High Pressure, High Temperature Capability

Available in classes 800 through 2500 and designed to ASME B16.34, these forged steel valves are suited for demanding service conditions in power generation, refining, and industrial process systems.

Reliable Isolation and Flow Control

Gates provide positive shutoff with solid wedge construction, globes support throttling and flow regulation and checks prevent reverse flow, offering a complete forged steel valve solution.

Compact Forged Construction

The forged body design provides enhanced structural integrity in a compact footprint, making these valves suitable for installations where space and strength are critical.

Multiple End Connection Options

Threaded, socket weld, butt weld, and flanged configurations allow flexibility across piping systems and installation requirements.