Double Flange Design

Approx. Rs 7,786 / PieceGet Latest Price

The FLOMAX Pneumatically Operated Double Flange Butterfly Valve is designed to meet the rigorous standards of AWWA C-504 and AWWA C-516, ensuring reliable performance for large-scale applications.

1 – Compliance with Standards: Adheres to AWWA C-504 and AWWA C-516 standards for design, testing, and performance, ensuring high-quality and dependable operation.

2 – Double Flanged Design: Features flanges on both sides for secure mounting and ease of integration into large piping systems.

3 – Large Diameter Capability: Engineered to handle larger flow capacities while maintaining robust performance and durability.

4 – Durable Construction: Built from high-grade materials to withstand harsh conditions, high pressures, and extensive use.

5 – Efficient Sealing: Provides effective sealing with minimal leakage, enhancing operational reliability and performance.

• Low Torque and Quick Actuation
• Compact, Space-Saving Design
• Durability and Long Lifespan
• Enhanced Seal Integrity

• Versatile Performance in Varying Applications
• Corrosion Resistance
• Flow Regulation and Throttling
• Reinforced Valve Disc

• Double Flange Design : The valve contains flanges on either side of the valve body, which enables easy installation and tight sealing between the valve and the pipe. This design allows the valve to be firmly bolted into a pipeline without the support of additional units.
• Sealing Performance : Double flange butterfly valves usually employ superior seals like elastomers or metal-to-metal seals to avoid leakage and provide tight shut-off. This is more critical in high-temperature and high-pressure applications.
• Low Maintenance : Having fewer moving parts and a minimalistic design, double flange butterfly valves are easier to maintain than more intricate valve designs.
• Economically Viable : Butterfly valves, including double flange models, tend to be more economically viable when compared to other valves such as gate or globe valves since they provide adequate performance at a lower cost.

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