Most of the high purity plastic valves and the PTFE Solenoid valves are made up of PTFE, PVDF, and other pure quality plastics. This PTFE valve is produced by the specialty plastic fabricating manufacturers for using it in the severe and critical service applications such as Pharmaceutical, Defense, Alternate Energy, Semiconductor, Medical and Chemical industries to control the fluid flow in a remote manner. Most of these products, including the PTFE Solenoid Valves, are utilized in the corrosive laboratory environment or the clean room automation environment. Making use of the high purity plastics in construction ensures that one could achieve the best results against the corrosion, and the chemical resistances offer a longer lifespan within the applications. The custom fluid control products made from the polytetrafluoroethylene (PTFE) and the other industrial plastics can be found in a variety of specifications to meet the needs and can even be customized as per requirements. Even the PTFE ball valve is known to perform well even under the adverse condition and corrosive environment.

Solenoid Valve

PTFE solenoids are used to have control over fluid flow even from a remote place. Their use is increasing in number due to its simplistic nature and reasonably affordable cost in the industrial applications. With an enormous list of high purity plastic valves available in the market, factories and plants easily get in a suitable valve to meet their exact specifications as per their intended use.

How do they work?

Solenoid valves are completely actuated electrically both to open and close it completely. The valve components work to restrict or allow the flow of liquid, which depends on whether they are subject to an electrical current or not. The main trigger device is basically the electromagnet coil, which gets activated whenever an electric current is fed. This attracts the plunger or the other valve stem components to the changing state of the mechanical device.
This helps to either allow or prevent the liquid flow. However, when the electromagnet is further deactivated, the plunger returns to the original position simply by means of return spring.