Isolation

Ball Valve Threaded - Type FP2 | ADLER

Ball Valve Threaded - Type FP2 | ADLER
ADLER FP2 Threaded Ball Valve The ADLER FP2 is a 2-piece, full-bore threaded ball valve used for isolation duty in small-bore utility, process and industrial piping. It is suitable where a compact stainless steel shut-off valve is required and the piping specification calls for BSP or NPT threaded ends. Technical Characteristics Nominal sizes: ¼” to 2”...

Ball Valve Threaded - Type FS2 | ADLER

Ball Valve Threaded - Type FS2 | ADLER
ADLER FS2 Threaded Ball Valve The ADLER FS2 is a two-piece, threaded, full-bore ball valve machined from round steel bar. It is used on small-bore process and utility lines where threaded connections and high pressure ratings are required. Technical Characteristics Sizes: ¼”–3” Pressure rating: PN40–PN210 / Class 800–3000 Body materials: ASTM...

3 Way Ball Valve - FT4 | ADLER

3 Way Ball Valve - FT4 | ADLER
ADLER FT4 3-Way Ball Valve, Wafer Full Bore The ADLER FT4 is a three-way, wafer-type, full bore ball valve designed for installation between flanges. Construction is 3-way wafer full bore 90°, available with T-bore or L-bore ball configurations to suit specific flow plans. Size range covers DN15–DN150, pressure classes PN10–PN40, and ANSI 150–300...

3 Way Ball Valve - FT6 | ADLER

3 Way Ball Valve - FT6 | ADLER
ADLER FT6 3-Way Ball Valve, Full Bore 90° The ADLER FT6 is a three-way, full bore ball valve with 90° operation and T-bore or L-bore ball options. It is used for flow selection, diversion, or distribution in auxiliary and main industrial process circuits. The exact flow plan must be confirmed prior to ordering or automation. Construction and Connections...

3 Way Ball Valve - FU4 | ADLER

3 Way Ball Valve - FU4 | ADLER
ADLER FU4 3-Way Ball Valve, Wafer Type 120° The ADLER FU4 is a full-bore, three-way ball valve, wafer type, designed for compact installation between flanges in manifolds, skids, and flow selection/distribution lines. The valve operates with a 120° rotation, providing an alternative to standard 90° 3-way valves. Available in DN15–DN200, pressure classes...

3 Way Ball Valve - FV4 | ADLER

3 Way Ball Valve - FV4 | ADLER
ADLER FV4 Three-Way Ball Valve, Wafer 90° The ADLER FV4 is a full-bore, three-way ball valve, wafer type, with 90° operation. Designed for installation between flanges, it is suitable for compact manifolds where flow selection or diversion is required without increasing installation length. Available in DN40–DN200, PN10–PN40 / ANSI 150, with ANSI 300/600...

3 Way Ball Valve - FZ4 | ADLER

3 Way Ball Valve - FZ4 | ADLER
ADLER FZ4 3-Way Ball Valve, Wafer Full Bore 90° The ADLER FZ4 is a three-way wafer-type ball valve, full bore, designed for installation between flanges. Although classified as T-bore, the technical datasheet specifies an L-bore ball and 90° operation, with port 1 always open. Flow plan must be confirmed prior to order or automation selection....

3 Way Ball Valve - FZ6 | ADLER

3 Way Ball Valve - FZ6 | ADLER
ADLER FZ6 Three-Way Ball Valve, PN25–PN63 The ADLER FZ6 is a full-bore, three-way ball valve with 90° rotation and threaded connections. Available in sizes 1/4” to 2”, the body is machined from round bar stock and manufactured to DIN 3202 M3, ASME B16.34, and ISO 14313. Thread types include EN 10226-1 / ISO 7-1 Rp or ASME B1.20.1 NPT. Pressure Ratings &...

3 Way Ball Valve - FA4 | ADLER

3 Way Ball Valve - FA4 | ADLER
ADLER FA4 3-Way Ball Valve, Wafer Type The ADLER FA4 is a three-way, full bore wafer-type ball valve designed for installation between flanges. Technical documentation describes it as 3 way wafer full bore 90°, manufactured in accordance with EN 12516-2, ASME B16.34, ISO 14313, and EN 558. Flange compatibility includes EN 1092-1 or ASME B16.5. Hydraulic...

Ball Valve 4 Way - VT5 | ADLER

Ball Valve 4 Way - VT5 | ADLER
Adler VT5 4-Way Ball Valve The Adler VT5 is a four-way, full-bore wafer-type ball valve with an X-port ball and 90° rotation. It is used for flow switching between four branches, replacing multiple two-way valves in process circuits. Flow configuration must be defined in the P&ID, as the X-port geometry allows specific port communication patterns...

Ball Valve 4 Way - RT7 | ADLER

Ball Valve 4 Way - RT7 | ADLER
Adler RT7 4-Way Ball Valve The Adler RT7 is a four-way ball valve with an X-port ball configuration, designed for flow path switching in industrial process circuits. The compact wafer type body is machined from round bar, with threaded connections per ISO 7-1 Rp / GAS or NPT to ASME B1.20.1. Available in sizes 1/4" to 2" and pressure classes PN25 to...

Ball Valve Venturi port - Type VE2 | ADLER

Ball Valve Venturi port - Type VE2 | ADLER
ADLER VE2 Venturi Port Ball Valve Two-piece split-body ball valve with Venturi bore for flow isolation on flanged process lines. Typical flange executions include ANSI Class 150; PN16 can be specified where required by the piping class. Technical Characteristics Nominal sizes: DN40 to DN300 End connection: flanged, DIN or ANSI drilling Body and trim...

Ball Valve Venturi port - Type VG2 | ADLER

Ball Valve Venturi port - Type VG2 | ADLER
ADLER VG2 Venturi-Port Split-Body Ball Valve The ADLER VG2 is a two-piece, split-body ball valve with a Venturi bore, intended for shut-off duty on flanged process lines in ANSI Class 300 or PN25/PN40 service. Technical Data Sizes: DN40 to DN250 End connections: DIN or ANSI flanges Pressure class: ANSI 300 PN options: PN25, PN40 Body and trim materials:...

Ball Valve Venturi port - Type VM2 | ADLER

Ball Valve Venturi port - Type VM2 | ADLER
ADLER VM2 Venturi Port Ball Valve Two-piece split-body ball valve with Venturi port for isolation service on DIN flanged piping systems, pressure classes PN10 to PN40. The reduced bore geometry is selected where full-pipe internal diameter is not required. Technical Data Sizes: DN40 to DN200 End connection: DIN flanged Pressure classes: PN10, PN16, PN25,...

Ball Valve Venturi port - Type VN2 | ADLER

Ball Valve Venturi port - Type VN2 | ADLER
ADLER VN2 Venturi Port Ball Valve The ADLER VN2 is a two-piece split-body flanged ball valve with Venturi port geometry for DIN PN10 to PN40 piping systems. It is used where a compact reduced-bore valve is acceptable and where full-bore passage is not required. Technical Characteristics Nominal sizes: DN40 to DN250 Pressure classes: PN10, PN16, PN25,...

Ball Valve - End tank execution - FA8 | ADLER

Ball Valve - End tank execution - FA8 | ADLER
Adler FA8 Spherical Tank Bottom Valve The Adler FA8 is a wafer-type full bore ball valve designed for direct installation at tank bottoms, featuring an enlarged tank flange. Manufactured in accordance with BS EN 12516-2, ANSI B16.34, and ISO 14313, it is configured for draining process or storage vessels. The design supports process isolation and...

Ball Valve - End tank execution - FB8 | ADLER

Ball Valve - End tank execution - FB8 | ADLER
Adler FB8 Spherical Tank Bottom Valve The Adler FB8 is a wafer-type, full bore ball valve designed for direct installation at tank bottoms. The valve features a tank-side flange one DN size larger than the nominal bore, enabling compact installation and direct flanged connection to the vessel. It is typically used at discharge points where minimal...

Ball Valve with heating jacket - FX1 | ADLER

Ball Valve with heating jacket - FX1 | ADLER
Adler FX1 Spherical Ball Valve with Heating Jacket The Adler FX1 is a full bore wafer-type ball valve equipped with a heating jacket. Based on the FA1 series, it is designed for process lines where the medium must be maintained above its solidification point within the valve body—typical for resins, waxes, oils, bitumen, polymers, or crystallizing...

Ball Valve with heating jacket - FX2 | ADLER

Ball Valve with heating jacket - FX2 | ADLER
Adler FX2 Spherical Ball Valve with Heating Jacket The Adler FX2 is a wafer type, split body, full bore ball valve with integrated heating jacket. This series is based on the FA2 design and is specified for heated process lines where the medium must not solidify within the ball cavity or seats. Typical applications include resins, waxes, bitumen, oils,...

Ball Valve with heating jacket - FY1 | ADLER

Ball Valve with heating jacket - FY1 | ADLER
Adler FY1 Spherical Ball Valve with Heating Jacket The Adler FY1 is a full bore, wafer-type spherical ball valve equipped with a heating jacket. Based on the FB1 series, it is designed for installation between flanges in pipelines where the process medium requires thermal control within the valve body. Typical applications include resins, waxes, oils,...

Ball Valve with heating jacket - FY2 | ADLER

Ball Valve with heating jacket - FY2 | ADLER
Adler FY2 Ball Valve with Heating Jacket The Adler FY2 is a wafer-type, split-body, full-bore ball valve equipped with a heating jacket. Based on the FB2 series, it is designed for installation between flanges in pipelines carrying temperature-controlled fluids. The heating jacket is rated for a maximum operating pressure of 10 bar. Technical Data...

Ball Valve with heating jacket - FJ2 | ADLER

Ball Valve with heating jacket - FJ2 | ADLER
Adler FJ2 Flanged Ball Valve with Heating Jacket The Adler FJ2 is a flanged, split-body, full-bore ball valve equipped with a heating jacket. Based on the FM2 series, it conforms to face-to-face dimensions per UNI EN 558-1. The valve is specified for heated lines where product solidification or viscosity increase in the ball cavity or seats must be...

Ball Valve with heating jacket - FK2 | ADLER

Ball Valve with heating jacket - FK2 | ADLER
Adler FK2 Ball Valve with Heating Jacket The Adler FK2 is a full bore, split body ball valve equipped with a heating jacket. Based on the FE2 series, it is manufactured to ANSI B16.10 face-to-face dimensions with flanges per ANSI B16.5. This valve is specified for heated process lines where the medium must not solidify or increase in viscosity within the...

Ball Valve with heating jacket - FT4 | ADLER

Ball Valve with heating jacket - FT4 | ADLER
Adler FT4 Three-Way Ball Valve with Heating Jacket The Adler FT4 is a full bore, wafer-type, three-way ball valve with 90° rotation and integrated heating jacket. Designed for heated process lines requiring flow diversion or selection between three branches, the heating jacket prevents product solidification or viscosity increase within the valve body....