150LB WCB Wafer Triple Eccentric Butterfly Valve
Product Detail
| Size & Pressure Rating & Standard | |
| Size | DN50-DN600 |
| Pressure Rating | ASME 150LB-600LB, PN16-63 |
| Face to Face STD | API 609, ISO 5752 |
| Connection STD | ASME B16.5 |
| Upper Flange STD | ISO 5211 |
| Material | |
| Body | Carbon Steel(WCB A216), Stainless Steel(SS304/SS316/SS304L/SS316L) , Duplex Stainless Steel(2507/1.4529) |
| Disc | Carbon Steel(WCB A216), Stainless Steel(SS304/SS316/SS304L/SS316L) , Duplex Stainless Steel(2507/1.4529) |
| Stem/Shaft | SS416, SS431, SS304, SS316, Duplex Stainless Steel, Monel |
| Seat | 2Cr13, STL |
| Packing | Flexible Graphite, Fluoroplastics |
| Actuator | Hand Lever, Gear Box, Electric Actuator, Pneumatic Actuator |
Product Display
Product Advantage
Zero Leakage: The triple eccentric design ensures bubble-tight shut-off, ideal for critical applications requiring no leakage, such as gas or chemical processing.
Low Friction and Wear: The offset geometry minimizes contact between the disc and seat during operation, reducing wear and extending valve life.
Compact and Lightweight: The wafer design requires less space and weight compared to flanged or lug valves, making it easier to install in tight spaces.
Cost-Effective: Wafer-style valves are generally less expensive than other connection types due to their simpler construction and reduced material use.
High Durability: Made from WCB (cast carbon steel), the valve offers excellent mechanical strength and resistance to corrosion and high temperatures (up to +427°C with metal seats).
Versatile Applications: Suitable for a wide range of media, including water, oil, gas, steam, and chemicals, across industries like oil and gas, power, and water treatment.
Low Torque Operation: The triple eccentric design reduces the torque needed to operate the valve, allowing for smaller, more cost-effective actuators.
Fire-Safe Design: Often compliant with API 607 or API 6FA, making it suitable for fire-prone environments like petrochemical plants.
High-Temperature/Pressure Capability: Metal-to-metal seats handle high temperatures and pressures, unlike soft-seated valves, enhancing reliability in demanding conditions.
Ease of Maintenance: The reduced wear on sealing surfaces and robust construction result in lower maintenance needs and longer intervals between servicing.
Low Friction and Wear: The offset geometry minimizes contact between the disc and seat during operation, reducing wear and extending valve life.
Compact and Lightweight: The wafer design requires less space and weight compared to flanged or lug valves, making it easier to install in tight spaces.
Cost-Effective: Wafer-style valves are generally less expensive than other connection types due to their simpler construction and reduced material use.
High Durability: Made from WCB (cast carbon steel), the valve offers excellent mechanical strength and resistance to corrosion and high temperatures (up to +427°C with metal seats).
Versatile Applications: Suitable for a wide range of media, including water, oil, gas, steam, and chemicals, across industries like oil and gas, power, and water treatment.
Low Torque Operation: The triple eccentric design reduces the torque needed to operate the valve, allowing for smaller, more cost-effective actuators.
Fire-Safe Design: Often compliant with API 607 or API 6FA, making it suitable for fire-prone environments like petrochemical plants.
High-Temperature/Pressure Capability: Metal-to-metal seats handle high temperatures and pressures, unlike soft-seated valves, enhancing reliability in demanding conditions.
Ease of Maintenance: The reduced wear on sealing surfaces and robust construction result in lower maintenance needs and longer intervals between servicing.
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