The 42 Inch 600LB Swing Check Valve is designed for large-scale, high-pressure applications, offering reliable protection against backflow in massive fluid transport systems. Its large size and robust construction make it suitable for high-volume industrial applications.

• Large-Scale Design: Ideal for high-capacity fluid systems, including those in the oil, gas, and water industries.
• Swing Check Mechanism: Proven, reliable mechanism for backflow prevention.
• 600LB Pressure Rating: Suitable for medium-pressure systems with large fluid volumes.
• Heavy-Duty Construction: Built to withstand the demands of large industrial applications.

• Body: Carbon steel for toughness and durability.
• Disc: Stainless steel or carbon steel for enhanced durability.
• Seal: PTFE or similar materials for reliable sealing.

• Nominal Diameter: 42 inches
• Pressure Rating: 600LB
• Connection Type: Flanged connections for easy installation.

• Design: Conforms to API 594 and ASME B16.34 standards for swing check valves.
• Testing: API 598 certified for pressure and leakage testing.

• Oil & Gas: Protects pipelines and equipment from reverse flow.
• Water Distribution: Prevents backflow in large municipal water systems.
• Power Plants: Ensures consistent flow and protects equipment from backflow damage.

Heavy-Duty 42 Inch 600LB Swing Check Valve for Large-Scale Systems

The 42 Inch 600LB Swing Check Valve is built for large-scale operations requiring precise and reliable backflow prevention. With a 600LB pressure rating, this swing check valve is engineered to handle high-flow conditions, ensuring efficient and safe operation in pumping stations, chemical plants, and water supply systems.

Key Features:

• 600LB Pressure Rating: Suitable for high-flow, medium-pressure systems.
• Swing Check Design: Provides reliable backflow prevention with minimal maintenance.
• Heavy-Duty Construction: Designed for demanding industrial applications.
• Large Diameter Design: Ideal for large-scale systems.

The 42 Inch 600LB Swing Check Valve ensures smooth, efficient flow regulation in large-scale industrial systems.