Honeywell Butterfly Valve, 2 Way, 4 in. - VFF2JV1Y2A/M

Honeywell's Butterfly Valve is trail-blazing in its functionality, offering a two-way, four-inch solution. It boasts flanged characteristics, effortlessly delivering 274 Cv at a 60-degree stroke, and a phenomenal 841 Cv at a 90-degree stroke. The valve is built to last, featuring a polyester-coated cast iron body that offers extended durability. Furthermore, the resilient seat is crafted from peroxide-cured EPDM, implying long-standing performance. Importantly, the valve houses a 416 stainless steel stem that ensures an efficient operation.

The valve facilitates sizes varying from 2 to 20 inches, intricately integrating ANSI Class 125/150 Lug Pipe Connections. A notable feature of Honeywell's Butterfly Valve is its bi-directional flow, effectively increasing its adaptability. An extended neck is purposefully included to cater to 2 inches of pipe insulation, delivering an elevated level of insulation.

Honeywell takes corrosion resistance seriously. Therefore, the Butterfly Valve utilizes high-endurance, Nylon 11 coated, cast iron disks that not only aid in corrosion resistance but also reduce friction. This leads to the usage of lower-torque actuators with larger valve body sizes. Simplifying resilience, the cast iron valve body is polyester-coated for weather, chemical, ultra-violet, abrasion, and impact protection.

As an added security measure, the valve stem is constructed from stainless steel. The stem is more robust due to its close-tolerance internal double-D disk connection, which further eliminates any potential points for corrosion access. This valve guarantees bubble-tight seat leakage at the rated close-off.

Moreover, the valve can handle both hot water and chilled water-glycol solutions, emphasizing its flexibility. Its equal percentage flow characteristic and operating temperature from -40 F to 250 F (-40 C to 121 C) greatly increases its practicality in various industrial settings. Finally, its close-off pressure is rated at a sturdy 175 psi, reassuring you of the valve's consistent performance.