GEA Tuchenhagen Control Valves Aseptomag® RV

GEA Tuchenhagen Control Valves Aseptomag® RV Aseptic single-seat control valves are used for the exact setting and control of parameters such as flow, pressure, temperature, or filling level in aseptic processing plants. An electro-pneumatic position controller enables the precise positioning of the valve stem by controlling the pneumatic actuator. A welded stainless steel bellow is used

GEA Tuchenhagen Aseptic Filling Valve AF

GEA Tuchenhagen Aseptic Filling Valve AF Aseptic filling valves are used for the monitored opening and closing of pipelines in aseptic processing plants. A welded stainless steel bellow is used to hermetically seal the product area from outside contamination. This special design and the durable valve seat seal, made of Tefasep®, enables optimum process security. Due

GEA Tuchenhagen Divert Valves Aseptomag® UV

GEA Tuchenhagen Divert Valves Aseptomag® UV Aseptic single-seat divert valves are used for simple divert functions in UltraClean and Aseptic processing plants. A welded stainless steel bellow is used to hermetically seal the product area from outside contamination. This special design and the durable valve seat seal, made of Tefasep®, enables optimum process security. Main components

GEA Tuchenhagen Double-Chamber Valves DK

GEA Tuchenhagen Double-Chamber Valves DK Aseptic double-chamber valves are flow control devices for aseptic processing plants. The valve enables the total separation of antagonistic media and offers you maximum process safety. The integrated steam barrier (ISB) enables the safe separation of both product lines via the two seat seals. The integrated function of the single-seat

GEA Tuchenhagen Double-Chamber Valves DDK

GEA Tuchenhagen Double-Chamber Valves DDK Aseptic double-chamber valves type DDK are flow control devices for aseptic processing plants. The valve enables the total separation of antagonistic media and offers you maximum process safety. The two integrated steam barriers (ISB) enable the safe separation of both product lines, even while lifting of the upper valve seat.