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2. Push-to-pull compression fittings - Wikipedia

   en.wikipedia.org/wiki/Push-to-pull_compression...

   A push-in compression coupling and tee.. Push-to-pull, push-to-connect, push-in, push-fit, or instant fittings are a type of easily removed compression fitting or quick connect fitting that allows an air (or water) line to be attached, nominally without the use of tools (a tool is still usually required for cutting tubing to length and removal).

3. Compression fitting - Wikipedia

   en.wikipedia.org/wiki/Compression_fitting

   A compression fitting 15 mm isolating valve. A compression fitting is a fitting used in plumbing and electrical conduit systems to join two tubes or thin-walled pipes together. . In instances where two pipes made of dissimilar materials are to be joined (most commonly PVC and copper), the fittings will be made of one or more compatible materials appropriate for the connect

4. Flare fitting - Wikipedia

   en.wikipedia.org/wiki/Flare_fitting

   In a flare fitting the tube itself is "flared" i.e. expanded and deformed at the end. The flare is then pressed against the fitting it connects to and is secured by a close-fitting nut that ensures that no leakage happens. Tube flaring is a type of forging operation, [1] and is usually a cold working procedure.

5. Chase Brass and Copper Company - Wikipedia

   en.wikipedia.org/wiki/Chase_Brass_and_Copper_Company

   In 2002 Olin Corporation purchased Chase Brass and Copper Co. [8] Five years later, private equity fund KPS Capital Partners LP subsidiary Global Brass and Copper Holdings, Inc. ("GBC") acquired Olin's worldwide metals business, including Chase Brass, and now markets products under that name. [9] GBC is publicly traded on the NYSE under BRSS.

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7. Compression set - Wikipedia

   en.wikipedia.org/wiki/Compression_set

   Compression set B is (like Compression set A) defined as the percentage of specimen deflection after it has been left in normal (uncompressed) conditions for 30 minutes. C B , the compression set B is given by C B = [(t o - t i ) / (t o - t n )] * 100 where t o is the original specimen thickness, t i is the specimen thickness after testing and ...