AsalAra Forged Steel Check Valve

The AsalAra Forged Steel Check Valve is manufactured using forged steel to ensure superior strength and durability. This valve provides efficient backflow prevention in critical applications such as oil and gas, petrochemical, power generation, and heavy industrial processes.

The valve design typically includes a disc or piston closure mechanism that opens with forward flow and automatically closes to prevent reverse flow, protecting equipment and maintaining system integrity. Forged steel construction offers enhanced mechanical properties compared to cast valves, making these valves ideal for high-pressure and high-temperature service.

The compact design of forged steel check valves allows installation in tight spaces, and the material choice ensures resistance to mechanical stresses, fatigue, and corrosion. Falcon Flow Control’s forged steel check valves are available with multiple end connections and various pressure ratings to suit different industrial requirements.

Size Range

NPS (inch)

DN (mm)

1/2” – 12”

DN 15 – DN 300

Pressure Class

Standard

Rating

ASME

Class 150, 300, 600, 900, 1500

Materials
Standard Connections
Product Line

AsalAra Control Valve Series
Forged Steel Check Valves

Features & Benefits

Forged steel construction

Superior strength and mechanical integrity

Compact design

Fits in tight installation spaces

Reliable backflow prevention

Protects equipment and pipelines

High pressure and temperature rating

Suitable for demanding industrial processes

Multiple end connections

Flexible installation options

Metal and soft seat options

Adaptable sealing performance for various media

Applications

Oil and gas pipelines and refineries

Petrochemical and chemical plants

Power generation facilities

Hydraulic and pneumatic systems

High-pressure industrial process lines

Design Options
Certifications & Standards
Why AsalAra?

AsalAra’s Forged Steel Check Valve combines forged steel strength with compact design and versatile connection options, providing dependable backflow protection in high-pressure, high-temperature industrial environments.

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