Thomas Edison Battery Oil Bottle Value Guide

Antique WHITE HORSE DISTILLERS LTD GLASGOW SCOTLAND Whiskey ...
Thomas Edison Battery Oil Bottle
Estimated Value
$45 – $50
Period
1890-1915
Origin
United States
Materials
Amber glass, cork, mineral oil

The Thomas Edison Battery Oil Bottle is a significant artifact from the era of the Edison-Lalande primary cell battery, used primarily in telegraph and railroad signal systems. These amber glass bottles held specialized mineral oil designed to prevent electrolyte evaporation and salt formation, making them a unique crossover collectible for glass enthusiasts and industrial history buffs.

What Is Thomas Edison Battery Oil Bottle Worth?

The typical price range for Thomas Edison Battery Oil Bottle is $45 - $50 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

  • The presence of the original mineral oil and cork significantly increases the desirability and value for collectors.
  • Clarity and condition of the embossed signature are paramount, as wear or 'high point' rubbing can decrease market price.
  • Overall glass condition, specifically the absence of chips or 'sick glass' cloudiness, maintains the $45.00-$50.00 value range.
  • Provenance linking the bottle to specific railroad or telegraph company maintenance kits can add historical premium.

How to Identify Thomas Edison Battery Oil Bottle?

  • Look for the distinct embossed facsimile signature of Thomas Edison prominently displayed on the side of the amber glass.
  • Verify the presence of the original cork stopper, which may still be intact given the bottle's industrial purpose.
  • Check for residual mineral oil inside; authentic examples often retain the original contents used for battery maintenance.
  • Examine the glass for the characteristic deep amber hue and manufacturing bubbles consistent with late 19th to early 20th-century production.

History of Thomas Edison Battery Oil Bottle

Thomas Edison developed the Edison-Lalande primary cell battery in the late 19th century. A layer of special mineral oil was required to float on top of the caustic potash electrolyte solution to prevent evaporation and the formation of creeping salts. These bottles were supplied as part of battery maintenance kits for telegraph and railroad signal systems.

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