A Description of Fluid Power and its Various Uses

Pascal’s Law, developed by Blaise Pascal, a French math wizard, says that any time fluid, which might be a liquid or a gas, in a contained space is put under pressure, it will expand evenly in all possible directions. Thus, for instance, when a balloon containing air receives pressure by being stepped on, the container expands equally into all spaces. This rule is helpful when describing just what a fluid power company does.

The organization itself offers merchandise, for instance components for Parker pneumatics or Parker hydraulics that make making use of fluid power achievable. Fluid power produces, controls and also transmits power through the use of fluids that are under pressure. There are two essential subcategories of fluid power, which are hydraulics and pneumatics. The first subcategory, hydraulics, works by using pressurized liquids, for instance oil or water. And then with pneumatics a gas, for instance air, is utilized.

Fluid power is used in the aerospace industry for brakes, cargo loading gear, flight controls, landing gear and also motor controls. These uses can be located in spacecrafts together with commercial and military air crafts. A different use of fluid power can be found in industrial companies. Fluid power may be used to control equipment in industries including plastics, paper manufacturing and metalworking. Finally, fluid power is utilized with backhoes, tractors and truck brakes for farming, construction, marine and military purposes.

Fluid power systems are accurate, simple to control and deliver constant pressure. They are suitable to make use of in dangerous places, for instance in chemical plants. Also, they are able to function in various forces across multiple applications when combined with necessary valves and manifolds.

Fluid power products include single components along with complete systems. The following is a listing of items included in a typical fluid power system: valves, cylinders, filters, gauges, pumps, sealing devices, manifolds, reservoirs and much more. The decision between hydraulic or pneumatically-driven depends on the application requirements.