Heat Wave Poses Risk to Fine Wine Collections

Share Article

How to maintain ideal wine storage conditions.

Record temperatures baking the Northeast may cause serious damage to unprotected collections of fine wine, which need cool, constant temperatures to ensure proper development and aging.

When exposed to high temperatures, even for brief periods of time, expensive wine collections may become permanently impaired. Wine auction-goers and auction professionals agree that a wine’s provenance -- i.e. where and how the wine has been stored -- is the most critical consideration in determining the value of old, rare and valuable wine.

The following conditions are considered to be critically important when storing and aging fine wine:

  • Constant temperature in the range of 55 – 60 degrees Fahrenheit is ideal for the biochemical development that occurs as wine matures;
  • Humidity in the range of 50 – 70% is required to keep corks from drying out without damaging bottle labels and allowing mold to grow;
  • Protection from UV rays which can penetrate bottles and cause tannins to oxidize;
  • Clean, odor-free air that won’t taint the flavor or bouquet of the wine; and
  • Minimal vibration which can disrupt the aging process

Wine collectors can protect their investments by storing their valuable wine collections in climate-controlled wine cellars, such as those offered by Le Cache Premium Wine Cabinets.

About Le Cache

Le Cache has been building premium wine cabinets since 1991 and has sold more than 7,000 cabinets worldwide. Le Cache is committed to building high-quality products, offering straightforward pricing and delivering excellent customer service to our customers. The entire collection of wine cabinets and wine accessories from Le Cache can be seen at http://www.le-cache.com. The website also offers a wine cabinet buying guide, wine cabinet comparisons and more information about the proper storage and aging of fine wine.

###

Share article on social media or email:

View article via:

Pdf Print

Contact Author

Visit website