Inoxpa
Zawory
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The Pharmavalve is a radial diaphragm valve, manually or pneumatically operated
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The NDL (Non Dead Leg T Valve) diaphragm valves, manually or pneumatically operated, are specially designed for use on aseptic processes in the pharmaceutical industry
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The 74700 valve is a sanitary stainless steel overflow valve, its design makes it adequate for protection of installations in the pharmaceutical industry
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The 72700 valve is a check valve that allows the fluid to flow through it only in one direction
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The divert seat valve is a hygienic single seat pneumatically operated valve with a wide range of applications in the pharmaceutical industry
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The NLR valve is a proportional pneumatically actuated valve designed for flow control in
installations of the pharmaceutical industries
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The NLS valve is an overflow pneumatically actuated single seat valve designed for the pharmaceutical industry
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Pneumatically actuated double butterfly valves can be used in most liquid product applications in the food-processing, pharmaceutical and chemical industries.
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The C-TOP+ is a pneumatic control unit designed to ensure an optimum control over the INOXPA process valves.
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The C-TOP is a pneumatic control unit designed to ensure an optimum control over the INOXPA process valves.
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The C-TOP control unit with the AS-i (Actuator Sensor Interface) communication is designed for automation of valves.
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Diaphragm valves, manually or pneumatically operated, are specially designed for use in hygienic and aseptic processes in the food-processing and pharmaceutical industries.
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Zawory kulowe, zarówno sterowane ręcznie jak i automatycznie, stosowane są do cieczy o wysokiej lepkości, zawierających cząstki stałe, oraz we wszelkich zastosowaniach wymagających braku ograniczeń przepływu.
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Design of every customised manifold or special part is studied and adapted to the customers' requirements and the customer is advised of the drainability, cleaning, simple manufacture process, functionality, etc.
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The points of use of the water loops are designed to enable water for injections (WFI) or purified water (PW) to be discharged with minimum risk of contamination to the circuit.
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The lances are connected to the tank with a clamp for easy assembly and disassembly for the CIP process.
