Carbide Plunger Rod Working Principle

Carbide Plunger Rod Working Principle

Cemented carbide plunger rod is an important part of hydraulic press, which is mainly driven by hydraulic pressure to realize the work. Specifically, the working principle of Cemented Carbide Plunger Rod is as follows:

Transmission of force: The tungsten carbide plunger rod is located in the hydraulic cylinder, with the work of the hydraulic system, the hydraulic oil enters the hydraulic cylinder through the hydraulic pipeline, the pressure exerted on the plunger rod causes it to generate the driving force. 

Motion: When hydraulic fluid is applied to the surface of the plunger rod, the rod moves in its axial direction, pushing the working parts attached to it (such as pistons or other mechanical devices) to perform linear or rotary motion to complete the work task. 

Wear and corrosion resistance: Cemented carbide materials provide excellent wear and corrosion resistance to plunger rods, which maintains a good surface condition over a long period of time, reduces friction loss and extends service life. 

Environmental adaptability: Cemented carbide plunger rods are highly adaptable and can operate stably in a variety of working environments, such as high temperature, high pressure and other extreme conditions, and still be able to maintain their performance and reliability. 

Through its excellent material properties and precise processing technology, Cemented Carbide Plunger Rods provide stable and reliable power output for hydraulic presses, which is one of the indispensable key components in modern industrial production.