The DN80 PN600 C12A Butt Welded Gate Valve is specifically engineered for extremely high-pressure and high-temperature applications. Constructed from C12A alloy steel, it offers superior thermal stability and mechanical strength, making it a preferred choice for power plants and refinery systems handling superheated steam or corrosive media.

• PN600 High-Pressure Rating: Built to handle extreme pressure conditions.
• Butt Welded Connection: Ensures a leak-proof joint and structural integrity under thermal expansion.
• Flexible Wedge Design: Maintains excellent sealing performance, even in variable temperature conditions.
• Corrosion and Wear Resistance: Suitable for demanding industrial environments.

• Body: ASTM A217 C12A alloy steel for thermal and mechanical robustness.
• Seat: Stellite hardfacing for extended wear resistance.
• Stem: Alloy steel with precise machining to reduce galling.

• Nominal Diameter: DN80.
• Pressure Rating: PN600.
• Connection Type: Butt welded per ASME B16.25 standards.

• Design and Manufacture: Conforms to API 600 and ASME B16.34.
• Testing: API 598 pressure and leakage standards.

• Power Generation: Suitable for steam pipelines in thermal power stations.
• Oil Refineries: Ideal for high-temperature hydrocarbon processing.
• Chemical Plants: Effective for handling corrosive fluids in high-pressure systems.

Durable and Efficient: DN80 PN600 C12A Butt Welded Gate Valve

The DN80 PN600 C12A Butt Welded Gate Valve is tailored for high-pressure, high-temperature pipelines. With C12A alloy steel construction, this valve excels in providing reliability and longevity under extreme conditions.

Key Benefits:

• PN600 Pressure Rating: Designed for ultra-high-pressure operations.
• C12A Alloy Steel Body: Ensures resistance to wear and thermal stress.
• Butt Welded Connection: Provides a secure, leak-free fit for seamless flow.
• Compact Design: Suitable for industrial systems with limited space.

Choose the DN80 PN600 C12A Butt Welded Gate Valve for unmatched performance in energy, petrochemical, and high-temperature industrial pipelines.