We are glad to inform you about the release of the float valve Mod. ATHENA – CP

We are glad to inform you about the release of the float valve Mod. ATHENA – CP, designed to operate in aggressive environments, industrial applications and for the regulation and control of tanks in presence of high chlorine content. The operating principle of ATHENA, thanks to the single seat upstream pressure balanced technology, features many technical advantages against automatic control valves like the perfect functioning also in case of low pressure conditions, the absence of hydraulic circuitry so possible problems related to air and dirt trapped inside the connections between the pilots and the main valve itself. In many applications when level control is needed, ATHENA turns out to be the perfect solution also in terms of safety avoiding possible pressure pulsations since no pilot is present and thanks to water hammer prevention, being perfectly proportional to the demands and water taken out of the tank. The choice of material and the mechanical construction allows for components in AISI 316 only, both for internals and external levers, pivots and supports. The risk of possible malfunctioning caused by friction created by corrosion and deposit on mobile parts is therefore avoided. Available on the flanged version DN 50-300 mm and threaded with 11/4”, both PN 16 bar rated, ATHENA – CP is supplied with gaskets chosen in accordance with the project requirements, fluid and working temperature.
Designed to operate in aggressive environments, industrial applications and reservoirs with high concentration of chlorine, the valve features internal and externals components entirely made in AISI 316. This is to guarantee the best resistance against corrosion and possible deposits and friction affecting that proper movement of the mobile parts. ATHENA-CP is available on the flanged version DN 50-300 mm and threaded with 11/4”, both PN 16 bar rated.
We wish to thank you for your attention, we will remain at your complete disposal for further information.