About DOUBLE FLAP DISCHARGE VALVE
DIMENSION RANGE-100 mm to 2000 mm
MAXIMUM WORKING PRESSURE - 100 mm WC to 5000 mm WC
MAXIMUM TEMPERATURE - UPTO 850 degree C
BODY MATERIAL -
AISI316/AISI304/IS2062/SA516 AND OTHERS
DISC MATERIAL - AISI316/AISI304/IS2062/SA516 AND OTHERS
OPERATION - MANUAL/ELECTRICAL/PNEUMATIC
Design and Manufacture a Pneumatically Operated Double Flap Discharge Valve working successfully at Cement Plant for transferring Dust Particles
AREA OF SUPPLY
Cement Plant
Engineered for Demanding Industrial EnvironmentsBuilt from high-grade materials, the DOUBLE FLAP DISCHARGE VALVE is tailored to support industrial operations that require durability and heat resistance. The robust structure and superior seals enable it to handle high temperatures and various media, making it ideal for sectors like power generation, chemical processing, and manufacturing.
Precision Discharge ControlThe valves double flap mechanism ensures precise media discharge regulation under challenging conditions. Its design minimizes leaks and enhances operational efficiency. Available sizes and flange connections facilitate seamless integration into existing pipelines, supporting large-scale industrial processes reliably.
FAQs of DOUBLE FLAP DISCHARGE VALVE:
Q: How does the DOUBLE FLAP DISCHARGE VALVE operate in industrial settings?
A: This valve utilizes independently operated flaps that alternate opening and closing, allowing controlled, leak-resistant discharge of water or other media. Its robust construction enables it to function reliably even with high temperatures and rigorous use.
Q: What sizes and materials are available for this discharge valve?
A: The valve comes in sizes ranging from 100 mm to 2000 mm and is manufactured from materials such as AISI316, AISI304, IS2062, and SA516, offering flexibility and compatibility across a wide range of industrial applications.
Q: When should a double flap discharge valve be used over a single flap design?
A: A double flap discharge valve is preferred when stricter seal integrity, handling of abrasive or high-temperature media, and minimized leakage are priorities in the process. It offers enhanced performance in demanding industrial scenarios compared to a single flap valve.
Q: Where can these valves be installed within a facility?
A: These valves are typically installed at discharge points in silos, hoppers, or material handling systems where controlled flow, sealing against backflow, and durability are essential. Their flange connection simplifies secure integration into existing piping layouts.
Q: What process benefits does using a graphite-sealed double flap valve offer?
A: Graphite seals provide excellent thermal stability and resistance to corrosive environments, ensuring long-lasting, leak-proof performance even at temperatures up to 1200C. This minimizes maintenance needs and operational interruptions.
Q: How does using this valve improve industrial operations?
A: Incorporating this high-quality valve ensures precise media handling, reduces unplanned emissions, and enhances overall safety and efficiency. Its sturdy build and adaptable design contribute to consistent, reliable industrial output.