Ty thủy lực INox 304 316 Turkey MS

How Does Gas Spring Work? Gas Springs work based on the principle of compressed gas exerting force to generate a lifting or supporting motion. Theyconsist ofa cylinder filled with pressurized gas, typically nitrogen, and a piston rod that moves within the cylinder. Here’s how lift-type gas springs work: Compressed Gas:The cylinder of the gas spring is filled with pressurized gas, which is typically nitrogen. The pressure of the gasinside the cylinder determines the force that the gas spring can exert. Piston and Piston Rod:Inside the cylinder, there is a piston connected to a piston rod. The piston is designed to move freely within thecylinder, and the piston rod extends outward from the cylinder. Extension:When force is applied to the piston rod, such as by pushing or pulling, the gas inside the cylinder compresses. This com-pression generates force, causing the piston rod to extend outward from the cylinder. Compression and Energy Storage:As the piston rod extends, the gas inside the cylinder is compressed, storing potential energywithin the gas spring. Controlled Motion:Lift-type gas springs provide a controlled and damped extension and compression motion. The resistance tomovement comes from the gas compression and, in some cases, additional damping features. Support and Lifting:Lift-type gas springs are commonly used to support, lift, or assist in the movement of various objects, such aslids, hatches, doors, and adjustable components in furniture and machinery. Release of Energy:When the force is released or the load on the piston rod is reduced, the gas spring will extend or compress torelease the stored energy and return to its original position.