Leading Double Eccentric Butterfly Valve Manufacturer in Canada, usually referred to as a superior performance butterfly valve as a high operational valve usually found in a variety of commercial settings. The term Double Eccentric demonstrates an off-center located shaft, contributing specifically to the disruptive technology of these valves. The valve is designed in such a way that efficiently regulate the flow in pipelines across numerous commercial sectors
Features
Solid and Rigid design with minimal loss of head across the valve
The eccentric seat results for long lasting life and minimizing wear and tear
Double eccentrically mounted disc that assures complete shut-off
Advantage
Enhance valve seat durability: The double eccentric effect releases the gate from the valve seat instantly after the valve opens, that helps to reduce wear and enhance the durability of valve seat
Rust-Proof: The valve has ductile iron body and disc are resistant to high ductile stress and erosion
Leakproof and Rigid Shutoff: The disc turns to form a stiff seal as the valve closes, that decrease the chances of leakage
Leading Double Eccentric Butterfly Valve Manufacturer in Canada, where are they used:
Chemical Processing
Water Treatment
Power Generation
Municipal Water Transport
Agricultural Processing and Irrigation System
Oil and Gas
Refining and Petrochemical
Pipeline Transport
Coal Chemical
COMPONENTS
Disc: The disc commonly consists of a thick, flat circular disc. The disc has two lugs in order to couple the shafts and as it transfer the movement of the actuator
Valve Body: The valve body usually consist a shell as of identical internal diameter as the duct where it is positioned, with a flange on every side
Description:
Available Material: Ductile Iron Butterfly valve, Cast Iron Butterfly valve, Duplex Steel Butterfly valve, 316 L,F11, F22, F51, LF2, F304, F304L, F316, F316L.
Class: 150 to 300
Nominal Pressure: PN 10 – PN 25
Ends: Flanged, Wafer, Lug
Size: 2’’ to 72’’
Operation: Lever, Gear, Pneumatic Actuator, Electric Actuator.