The DN900 PN15 Stainless Steel CF8M Wafer Triple Offset Butterfly Valve offers advanced sealing solutions for corrosive environments. Designed with precision engineering, its triple offset and metal-to-metal seal ensure high performance and extended service life in large-diameter pipelines. This valve is a reliable choice for applications requiring durability and minimal maintenance.

• Triple Offset Design: Minimizes friction and ensures zero-leakage performance.
• High Corrosion Resistance: Constructed from CF8M stainless steel for optimal durability against harsh chemicals.
• Large-Diameter Flow Management: Handles DN900 pipeline applications with ease.
• Compact Wafer Design: Simplifies installation and reduces weight.
• Metal-to-Metal Seal: Guarantees exceptional durability under demanding conditions.

• Body: Stainless Steel CF8M for superior corrosion resistance.
• Disc: Stainless steel with hard-faced overlay for wear resistance.
• Seat: Precisely engineered metal-to-metal seal.
• Stem: Anti-blowout stainless steel for added safety.

• Nominal Diameter (DN): DN900.
• Pressure Rating: PN15.
• Connection Type: Wafer-style per EN 1092-1.
• Face-to-Face Dimensions: API 609 compliant.

• Design and Manufacture: API 609, ISO 5752.
• Pressure Testing: Certified to API 598 for reliable performance.

• Chemical Processing: Resilient against aggressive chemicals and high-temperature operations.
• Water Treatment: Perfect for large-scale pipelines in treatment facilities.
• Marine Industry: Withstands seawater corrosion, making it ideal for offshore systems.

Our DN900 PN15 stainless steel CF8M wafer triple offset butterfly valve is engineered for corrosive environments and heavy-duty operations.

The CF8M material provides excellent resistance to chemical and marine corrosion, while the triple offset design ensures tight sealing and smooth operation. Ideal for desalination plants, chemical factories, and energy facilities, this valve combines durability with reliability.

Choose this advanced valve for critical applications requiring robust flow control.