Fanpod® Hygienic Valve Supply Butterfly Valves for Hygienic On-Off Service and Efficient Flow Handling Fanpod® supplies stainless steel Butterfly Valves for hygienic process lines where compact construction, fast operation, low pressure drop, easy installation, and economical shut-off are required. Butterfly valves are among the most practical valve types for food, dairy, beverage, water, CIP, and utility applications. A butterfly valve uses a rotating disc to open or close the flow path. With a quarter-turn movement, the valve can move from fully closed to fully open quickly. Because the body is compact and the pressure drop is generally low, butterfly valves are widely used in transfer lines, tank outlets, water circuits, CIP loops, and utility services. Fanpod supplies suitable valve models from approved hygienic valve manufacturers and can support selection of Alfa Laval, GEA, Eurobinox, and equivalent brands according to project standards. Request Butterfly Valve Support Browse Products Quarter-turn operation Compact body Manual / pneumatic Low pressure drop Economical sanitary valve Compact Sanitary Shut-OffIdeal for many hygienic transfer, tank, water, and CIP line applications Overview Butterfly valves are popular because they are simple, light, compact, and cost-effective. The disc rotates inside the valve body, usually through a 90-degree movement. In the open position, the disc aligns with the flow and allows product to pass with relatively low resistance. In the closed position, the disc seals against the seat or gasket. This simple operating principle makes butterfly valves suitable for many hygienic on-off applications where high control precision is not required. In food and beverage plants, butterfly valves are often installed on water lines, milk transfer lines, beverage circuits, tank outlets, CIP supply and return routes, and utility branches. In dairy and beverage production, they are valued for fast manual operation and easy automation. In larger piping sizes, they provide a more economical and lightweight alternative to some seat valve arrangements, especially when the duty is mainly open-close isolation. However, correct selection still matters. A butterfly valve is not the best answer for every product. For very viscous products, high particulate content, abrasive media, high-pressure differential, or precision throttling duty, another valve type may be more suitable. Fanpod reviews the application and selects the correct valve type rather than forcing one valve family into every system. Key Benefits Compact and lightweight valve body for easy installation in crowded hygienic piping areas. Fast quarter-turn operation for manual or automated open-close service. Low pressure drop compared with many more restrictive valve geometries. Economical solution for sanitary transfer lines, tank outlets, CIP loops, and water circuits. Available in 304 or 316L stainless steel depending on process duty and cleaning chemicals. Can be supplied with silicone, EPDM, FKM, or other compatible hygienic seat materials. Manual handle, pneumatic actuator, electric actuator, and feedback options available. Selectable from Alfa Laval, GEA, Eurobinox, and approved equivalent hygienic valve suppliers. Fanpod supplies and integrates butterfly valves; the valves are sourced from selected manufacturers and matched to the customer’s process, budget, and approved vendor requirements. Manual Butterfly Valves Used for operator-controlled isolation, tank outlets, service points, bypasses, and simple hygienic process lines. Pneumatic Butterfly Valves Used in automated CIP systems, transfer routing, filling support systems, and PLC-controlled process sequences. Feedback and Control Tops Used where the control system must confirm open or closed position and reduce wiring complexity in automated plants. Best-Fit Applications Butterfly valves are best suited to applications where flow is mostly either open or closed. They are commonly used on low to medium viscosity fluids, water, milk, beverages, CIP solutions, clean utilities, and compatible process media. Their compact shape makes them useful in skid packages and tank farms where space is limited. When many valves are required across a plant, butterfly valves can also help reduce project cost while maintaining hygienic construction. In a tank outlet, a butterfly valve provides simple and fast isolation. In a CIP route, a pneumatic butterfly valve can switch cleaning solution between lines. In a utility system, butterfly valves are effective for chilled water, hot water, and process water isolation. On larger sanitary pipes, they are often easier to support and install than heavier valve types. The main limitation is control accuracy. Although butterfly valves can be partially opened, they are usually not the first choice for precise modulation. For proportional control of steam, hot water, chilled water, or product flow, a dedicated control valve or modulating seat valve is normally a better engineering solution. Typical Technical Specification Feature Typical Supply Range Valve Type Sanitary stainless steel butterfly valve for hygienic on-off service Nominal Size DN25 to DN300 depending on brand, connection, and application Body Material 304 / 316L stainless steel Seat / Gasket EPDM, silicone, FKM, or FDA-compliant elastomer options where required Connections Tri-Clamp, welded, SMS, DIN, flange, or hygienic union connection Operation Manual handle, pneumatic actuator, electric actuator, optional feedback Temperature Range Typically -10°C to 150°C depending on elastomer and selected model Pressure Rating Commonly up to 10 bar; subject to size, seat, brand, and duty Applications Food, dairy, beverage, CIP, water, utility, tank outlets, transfer lines, hygienic skids Select a Butterfly Valve That Fits the Real Duty Fanpod helps select the right butterfly valve by checking fluid type, pipe size, cleaning method, pressure, temperature, seat material, actuation method, and approved brand list. This avoids underspecified valves and unnecessary overspending. Book an Engineering Consultation Browse Products Ball Valves Check Valves Control Valves Diaphragm Valves Mixproof Valves Single Seat Valves Special Valves Butterfly Valves
Fanpod® Hygienic Valve Supply Butterfly Valves for Hygienic On-Off Service and Efficient Flow Handling Fanpod® supplies stainless steel Butterfly Valves for hygienic process lines where compact construction, fast operation, low pressure drop, easy installation, and economical shut-off are required. Butterfly valves are among the most practical valve types for food, dairy, beverage, water, CIP, and utility applications. A butterfly valve uses a rotating disc to open or close the flow path. With a quarter-turn movement, the valve can move from fully closed to fully open quickly. Because the body is compact and the pressure drop is generally low, butterfly valves are widely used in transfer lines, tank outlets, water circuits, CIP loops, and utility services. Fanpod supplies suitable valve models from approved hygienic valve manufacturers and can support selection of Alfa Laval, GEA, Eurobinox, and equivalent brands according to project standards. Request Butterfly Valve Support Browse Products Quarter-turn operation Compact body Manual / pneumatic Low pressure drop Economical sanitary valve Compact Sanitary Shut-OffIdeal for many hygienic transfer, tank, water, and CIP line applications Overview Butterfly valves are popular because they are simple, light, compact, and cost-effective. The disc rotates inside the valve body, usually through a 90-degree movement. In the open position, the disc aligns with the flow and allows product to pass with relatively low resistance. In the closed position, the disc seals against the seat or gasket. This simple operating principle makes butterfly valves suitable for many hygienic on-off applications where high control precision is not required. In food and beverage plants, butterfly valves are often installed on water lines, milk transfer lines, beverage circuits, tank outlets, CIP supply and return routes, and utility branches. In dairy and beverage production, they are valued for fast manual operation and easy automation. In larger piping sizes, they provide a more economical and lightweight alternative to some seat valve arrangements, especially when the duty is mainly open-close isolation. However, correct selection still matters. A butterfly valve is not the best answer for every product. For very viscous products, high particulate content, abrasive media, high-pressure differential, or precision throttling duty, another valve type may be more suitable. Fanpod reviews the application and selects the correct valve type rather than forcing one valve family into every system. Key Benefits Compact and lightweight valve body for easy installation in crowded hygienic piping areas. Fast quarter-turn operation for manual or automated open-close service. Low pressure drop compared with many more restrictive valve geometries. Economical solution for sanitary transfer lines, tank outlets, CIP loops, and water circuits. Available in 304 or 316L stainless steel depending on process duty and cleaning chemicals. Can be supplied with silicone, EPDM, FKM, or other compatible hygienic seat materials. Manual handle, pneumatic actuator, electric actuator, and feedback options available. Selectable from Alfa Laval, GEA, Eurobinox, and approved equivalent hygienic valve suppliers. Fanpod supplies and integrates butterfly valves; the valves are sourced from selected manufacturers and matched to the customer’s process, budget, and approved vendor requirements. Manual Butterfly Valves Used for operator-controlled isolation, tank outlets, service points, bypasses, and simple hygienic process lines. Pneumatic Butterfly Valves Used in automated CIP systems, transfer routing, filling support systems, and PLC-controlled process sequences. Feedback and Control Tops Used where the control system must confirm open or closed position and reduce wiring complexity in automated plants. Best-Fit Applications Butterfly valves are best suited to applications where flow is mostly either open or closed. They are commonly used on low to medium viscosity fluids, water, milk, beverages, CIP solutions, clean utilities, and compatible process media. Their compact shape makes them useful in skid packages and tank farms where space is limited. When many valves are required across a plant, butterfly valves can also help reduce project cost while maintaining hygienic construction. In a tank outlet, a butterfly valve provides simple and fast isolation. In a CIP route, a pneumatic butterfly valve can switch cleaning solution between lines. In a utility system, butterfly valves are effective for chilled water, hot water, and process water isolation. On larger sanitary pipes, they are often easier to support and install than heavier valve types. The main limitation is control accuracy. Although butterfly valves can be partially opened, they are usually not the first choice for precise modulation. For proportional control of steam, hot water, chilled water, or product flow, a dedicated control valve or modulating seat valve is normally a better engineering solution. Typical Technical Specification Feature Typical Supply Range Valve Type Sanitary stainless steel butterfly valve for hygienic on-off service Nominal Size DN25 to DN300 depending on brand, connection, and application Body Material 304 / 316L stainless steel Seat / Gasket EPDM, silicone, FKM, or FDA-compliant elastomer options where required Connections Tri-Clamp, welded, SMS, DIN, flange, or hygienic union connection Operation Manual handle, pneumatic actuator, electric actuator, optional feedback Temperature Range Typically -10°C to 150°C depending on elastomer and selected model Pressure Rating Commonly up to 10 bar; subject to size, seat, brand, and duty Applications Food, dairy, beverage, CIP, water, utility, tank outlets, transfer lines, hygienic skids Select a Butterfly Valve That Fits the Real Duty Fanpod helps select the right butterfly valve by checking fluid type, pipe size, cleaning method, pressure, temperature, seat material, actuation method, and approved brand list. This avoids underspecified valves and unnecessary overspending. Book an Engineering Consultation Browse Products