Description

Cast-Iron Electric Butterfly Valve

This high-performance butterfly valve features a sturdy cast-iron body with an integrated electric actuator — offering precise, remote operation ideal for industrial fluid systems. Designed for quick installation in wafer or lug style between flanges, the valve is built to withstand demanding duty cycles and harsh service environments.

Key Specifications

• Sizes covering standard industrial spans (e.g., 50 mm to 600 mm)

• Seat options: EPDM (standard) or FKM/Viton (for harsher applications)

• Pressure rating: up to 10 bar (varies with size and seat material)

• Actuation: Electric motorised gearbox with control options (on/off, part-turn)

• Construction: Cast-iron body (FBE or powder-coated), stainless steel disc & stem components, replaceable elastomer seat

Construction & Materials

• Body: Durable cast iron for structural rigidity and longevity in industrial settings

• Disc: Stainless steel for corrosion resistance and smooth operation

• Seat: Elastomer (EPDM or FKM) to provide tight sealing in wet, dry, or chemical environments

• Actuator: Robust sealed electric gear mechanism for automated system integration and minimal manual intervention

Typical Applications
This electric‐actuated butterfly valve is perfect for systems where automation, remote control or frequent cycling is required—such as:

• Mining and mineral processing water distribution

• Bulk chemical transfer systems

• Wash‐down stations and dust‐suppression fluid networks

• Large industrial piping systems where manual actuation is impractical

Why Choose This Valve

• Electric automation increases safety and efficiency—eliminates the need for manual levers in difficult or hazardous locations

• Cast-iron construction with premium internals suited for Australian industrial environments

• Easy integration into control systems (PLC, SCADA) thanks to motorised operation

• Wafer/lug style body allows installation between existing flanges with minimal modifications

• Replaceable seat and internal components provide cost‐effective maintenance and longer system life