A gas spring is a type of spring that, unlike a typical metal spring, uses a compressed gas, contained in a cylinder and compressed by a piston, to exert a force. Common applications include automobiles (where they are incorporated into the design of struts that support the weight of hatchback doors while they are open) and office chairs. They are also used in furniture, medical and aerospace applications. Much larger gas springs are found in machines that are used in industrial manufacturing (the press tooling industry), where the forces they are required to exert often range from 2500N to 400,000N (Forty tonnes).
To properly use gas springs in even the simplest application, users should understand how they work and how a gas spring can be modified to meet specific operating requirements. All of the topics covered in our Gas Springs Resources represent a gas spring feature or characteristic that can be modified to enhance gas spring performance. The information on gas springs in these sections apply equally to compression gas springs, tension or traction gas springs, and locking and stainless steel gas springs.
Read more about Gas Spring: Features
Famous quotes containing the words gas and/or spring:
“When we can drain the Ocean into mill-ponds, and bottle up the Force of Gravity, to be sold by retail, in gas jars; then may we hope to comprehend the infinitudes of man’s soul under formulas of Profit and Loss; and rule over this too, as over a patent engine, by checks, and valves, and balances.”
—Thomas Carlyle (1795–1881)
“Some spring the white man came, built him a house, and made a clearing here, letting in the sun, dried up a farm, piled up the old gray stones in fences, cut down the pines around his dwelling, planted orchard seeds brought from the old country, and persuaded the civil apple-tree to blossom next to the wild pine and the juniper, shedding its perfume in the wilderness. Their old stocks still remain.”
—Henry David Thoreau (1817–1862)