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You are here: Home / Failure Analysis / Failure Analysis Laboratory: Exploding Champagne Bottle Failure

Failure Analysis Laboratory: Exploding Champagne Bottle Failure

January 4, 2021 By Tom Read Leave a Comment

Background: The neck interior of all wine bottles is narrower at the very top than lower down in the bottle. The bottle interior is an inverted cone.  So, due to cork expansion after bottling, the bottom of the cork is wider than the part at the top of the neck. This is how the cork seals the bottle. This is exaggerated for corks used for champagne and sparkling wines. These corks are highly compressed.

Champagne and sparkling wines are bottled at a pressure of approximately 90 PSI. For this reason a wire cage is used to hold the cork in the bottle.

90 PSI is a reasonably high pressure and should be sufficient to push the cork out with some hand “wiggling”. In some cases the user will use a tool, such as a corkscrew or knife, to pry the cork out. In these cases, the bottle can be damaged, and this damage can cause the bottle to explode. The bottle failure is driven by the forces from the compressed cork and the internal gas pressure.

Below are photographs of a champagne bottle that exploded as a result of damage from a tool used to pry the cork out.

Unused Cork. This must be heavily compressed in order to go into the bottle.
Used Cork: The narrowest part of the cork is at the very top of the bottle. The cork then spreads out into an inverted ‘V’.
Failed Champagne Bottle: The crack started at the top and went downward. The crack growth was driven by pressure from the compressed cork and the 90 PSI gas pressure.
Side View of the origin and the initial crack
Photo micro graph of the origin. Mag. 20X
Top down view of the failure origin

 

 

Filed Under: Failure Analysis Tagged With: bottle explosion, Champagne Bottle

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Read Consulting Failure Analysis

Thomas L. Read, PhD,
1435 Fulton Road Santa Rosa, CA
Phone: 707-494-5089
email: info@readconsulting.com

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