The 3 Inch 150LB DIN Bellows Seal Gate Valve is engineered for enhanced sealing performance in critical fluid applications. The inclusion of a bellows seal eliminates the risk of stem leakage, making it ideal for chemical plants, steam systems, and industries requiring stringent emission controls.

• Bellows Seal Technology: Provides superior sealing, preventing fluid leakage around the stem.
• Durable Construction: Designed to withstand high temperatures and pressures in industrial environments.
• Precision Machining: Ensures smooth operation and reliable shutoff.
• 150LB Pressure Rating: Suitable for medium-pressure applications.

• Body: Carbon steel or stainless steel for durability.
• Bellows: Multi-layer stainless steel for long-lasting seal integrity.
• Disc: Hard-faced steel or alloy for wear resistance.
• Gasket: Graphite or PTFE for effective sealing.

• Nominal Diameter: 3 inches.
• Pressure Rating: 150LB.
• Connection Type: Flanged ends per DIN standard.

• Design and Manufacture: Conforms to DIN 3356 and EN 13709 standards.
• Testing: Leak-tested per EN 12266-1.

• Chemical Processing: Handles hazardous and corrosive fluids effectively.
• Steam Systems: Ideal for high-temperature steam applications.
• Oil Refineries: Ensures zero emissions in critical processes.

Long-Lasting Performance with 3 Inch 150LB DIN Bellows Seal Gate Valve

The 3 Inch 150LB DIN Bellows Seal Gate Valve is designed for applications where zero leakage and long service life are critical. Its bellows seal design prevents fluid leakage, making it suitable for chemical, pharmaceutical, and power plant applications.

Key Highlights:

• 150LB Pressure Class: Suitable for medium-pressure systems.
• Bellows Seal Technology: Ensures zero leakage for hazardous or critical fluids.
• DIN Standard Compliance: Guarantees compatibility with international pipeline systems.
• Robust Construction: Designed for demanding industrial environments.

Invest in the 3 Inch 150LB DIN Bellows Seal Gate Valve for enhanced safety, efficiency, and long-term performance.