• Bubble-Tight Sealing : The resilient seat, often made of EPDM, NBR, or other elastomers, ensures a perfect seal, preventing fluid leakage.

• Compact and Lightweight : These valves are designed for space-saving installations, making them easy to handle and install in tight spaces.

• Cost-Effective : Compared to other valve types, resilient seated butterfly valves are generally more affordable, making them ideal for a variety of applications.

• Corrosion Resistance : The rubber seat and disc coating (commonly stainless steel or ductile iron) provide excellent resistance to corrosion, extending the valve’s service life.

• Low Torque Operation : Due to their unique design, resilient seated butterfly valves require minimal torque for operation, making them easy to automate and control manually.

The High Performance Butterfly Valve offers a premium solution for industries requiring reliable, durable, and efficient flow control under demanding operating conditions. With enhanced sealing, superior materials, and robust design, it’s the valve of choice for critical and high-pressure applications.

• Double Offset and Triple Offset Designs : High performance butterfly valves typically feature double or triple offset designs, which reduce friction and wear on the valve seat, ensuring longer service life and improved sealing performance.

• High-Pressure and High-Temperature Tolerance : These valves are engineered to withstand higher pressures and temperatures, making them ideal for harsh industrial environments.

• Tight Shut-Off Capabilities : The design provides a bubble-tight shut-off, which ensures zero leakage, even in high-pressure systems.

• Corrosion and Erosion Resistance : High-quality materials such as stainless steel, Inconel, or Hastelloy are used to manufacture the valve body and disc, providing excellent resistance to corrosion and erosion.

• Low Torque Operation : Due to the advanced design, high performance butterfly valves require less torque to operate, allowing for easier automation and reduced operational costs.

The PFA Lined Butterfly Valve is an excellent choice for industries that require high performance and resistance in chemically aggressive environments, offering reliable and long-lasting solutions for flow control.

• Exceptional Chemical Resistance : The PFA lining is highly resistant to a wide range of corrosive chemicals, making it ideal for aggressive media such as acids, alkalis, and solvents.

• High-Temperature Capability : PFA can withstand high temperatures, making these valves suitable for demanding applications where temperature fluctuations are common.

• Bubble-Tight Sealing : The combination of the PFA lining and a robust seat ensures a tight seal, preventing leakage even in the most challenging environments.

• Corrosion Protection : The PFA lining not only protects the valve body but also prolongs the lifespan by resisting wear from harsh chemicals.

• Durable Design : The valve is designed to withstand high pressure and stress, ensuring long-term reliable performance in critical applications.

A Double Flange Butterfly Valve is an excellent choice for industries seeking a dependable, high-performance valve for larger pipelines. Its secure flange connection, robust design, and efficient flow control make it ideal for handling high-pressure and high-volume applications across various sectors.

• Double Flanged Design : The flanges on both sides of the valve allow for a secure, bolted connection to the pipeline, ensuring stability and preventing leakage in high-pressure systems.

• Robust Construction : Typically made from durable materials such as ductile iron, stainless steel, or carbon steel, these valves offer excellent resistance to wear, corrosion, and high-pressure environments.

• Tight Sealing : The valve is designed with resilient or metal seats to provide bubble-tight sealing, preventing fluid leakage and ensuring efficient flow control.

• Bi-directional Flow : The valve allows flow control in both directions, making it versatile for different operational requirements.

• Low Torque Operation : The efficient design ensures that minimal force is required for actuation, allowing for easy manual operation or automation with actuators.