Essential for fluid control in a wide range of industrial and domestic applications, they are designed to manage liquids and gases precisely and efficiently. CEME models ensure reliability, safety, and optimal
performance in diverse operating environments.
A solenoid valve is an electromechanical device that controls the flow of a fluid through an automated opening and closing system.
The heart of the system is an electromagnetic coil that, once powered, generates a magnetic field capable of activating the movement of a movable core.
Depending on the valve configuration, this core allows or blocks fluid passage.
Solenoid valves can be direct-acting, servo-assisted, or diaphragm-operated, depending on the pressure and type of fluid to be managed.
Construction materials:
brass, stainless steel, engineering polymers for compatibility with different fluids.
Actuations:
available in monostable, bistable, and proportional versions to meet flow regulation needs.
Operating pressures:
designed for low, medium, and high pressures, up to several hundred bars depending on the model.
Flow rate:
wide range of solutions to handle flows from a few milliliters to several hundred liters per minute.
Connections:
threaded, quick coupling, or flanged for easy integration into existing systems.
Coffee and vending machines:
precise water and steam control in dispensing systems.
HVAC and air conditioning:
fluid management in cooling and heating circuits.
Medical sector:
regulation of gases and liquids in healthcare equipment.
Industrial automation:
used in pneumatic and hydraulic systems for flow and pressure control.
Water treatment:
employed in filtration and chemical dosing systems.
Food industry:
fluid and ingredient management in food processing machinery.
Vending:
control of liquids and gases in beverage and product dispensing equipment.
