Rupture disc - Wikipedia
A rupture disc, also known as a pressure safety disc, burst disc, bursting disc, or burst diaphragm, is a non-reclosing pressure relief safety device that, in most uses, protects a pressure vessel, equipment or system from overpressurization or potentially damaging vacuum conditions.
Rupture Disc: Definition, Types, Components, Selection ...
Rupture Disk is basically a non-reclosing type of pressure relief safety device that protects equipment or system during overpressure situations or potentially damaging vacuum conditions. A rupture disc is also popular as a pressure safety disc, …
Rupture Discs For Pressure Relief - Fike
Fike offers numerous types of rupture discs to ensure the most reliable pressure relief solution in every application: vapor or liquid media, high or low pressures, hygienic requirements, and more. Use the Rupture Disc Finder to determine the ideal rupture disc for your unique application.
Rupture Disk Devices - BS&B Safety Systems
BS&B provides application choices with the industry leading range of reverse buckling, forward acting (tension loaded), and graphite rupture disk devices. Our broad experience allows us to manufacture specialty designs for overpressure or vacuum protection with flanged, threaded or sanitary/aseptic connections.
A bursting disc, often referred to as a rupture disc or a safety disc, is a non-reclosing pressure relief device. The resultant release of the contents from the protected system must be controlled in accordance with local, National and applicable EC/International rules and may necessitate the need for a fully-contained relief system.
When To Use Safety Relief Valve vs Rupture Disc - Steriflow Valve
What is a rupture disc? A rupture disc, sometimes called a bursting disc, is a safety device that protects piping, vessels, and other equipment from excessive pressure or vacuum. It is a thin slice of metal that has been scored in order to burst at a predefined pressure, releasing pressure to prevent injury or damage.
ValveGuard concept uses rupture discs in tandem with PRVs to protect these expensive devices, allow for in-situ testing, and detect leakage or activation of the PRV.