Other Valves

Butterfly Valves are crafted to control or block the flow of liquids. They work by “Turning a Central Disc” about 90 degrees to either Open or Close the Valve. These Valves are appreciate for being Budget-Friendly, Easy to Handle due to their Light Build, and for Saving Space with Compact Design. They are a popular choice for Swiftly Stopping the Flow and find extensive application across different sectors.

Zero Offset Butterfly Valves

Construction

• Straight valve stem paired with a rubber seat.

Application

• Mainly Water
• Sewage Lines + firefighting Lines.

Advantages

• Quick Opening & Closing with 900 movements of Handle.
• Being a Rubber Seat, it has perfect Sealing at Seat.
• Most Economical Design + Ruther Spare Seats availability A Seat Replacement.

Double Offset Butterfly Valves

Construction

Valve stem is offset from the centreline of the disc seat and body seat.

Mechanism

Because the Valve Stem is Offset from the Centerline of the Disc Seat & Body Seat, it gives perfect Sealing.

At Seat, with 90° Turning Handle. In Double Offset Seat Material can be Synthetic Rubber OR PTFE OR PEEK etc. depending upon the application in industries.

Especially preferred in

Chemical Process

Industries/Refineries/Oil & Gas Project /

Pharma & Bulk Drug Units, because Body & Seat Material may be

selected to suit process applications. (for High Pressure & High Temperature)

Why Choose Forxar Butterfly Valves?

Forxar Butterfly Valves are engineer for efficient flow control, compact design, and quick operation, making them ideal for a wide range of industrial applications. With a lightweight yet robust build, they offer low-pressure drop, minimal maintenance, and long service life. Available in various body and disc materials, Forxar valves ensure corrosion resistance, tight sealing, and compatibility with different media. Trusted across industries like water treatment, HVAC, chemical, and oil & gas, Forxar Butterfly Valves deliver cost-effective performance without compromising on quality or reliability.

Details