Depression Glass Candy Dish Value Guide

This 1930s yellow ruffled-edge candy dish is a quintessential example of American Depression glass, manufactured to bring affordable elegance to homes during the Great Depression. Its vibrant translucent hue and distinct footed base make it a sought-after piece for collectors of era-specific kitchenware.

What Is Depression Glass Candy Dish Worth?

The typical price range for Depression Glass Candy Dish is $20 - $25 based on recent sales. However, values can vary depending on the item's condition, rarity, and other factors such as:

• The presence of chips, cracks, or significant 'flea bites' on the delicate ruffled edges will decrease value.
• Clarity of the glass and the absence of 'sick glass' or permanent cloudiness from dishwasher use.
• Rarity of the specific yellow shade and the intricacy of the molded pattern compared to common variants.
• Current market demand for footed candy dishes within the $20 to $25 price range.

How to Identify Depression Glass Candy Dish?

• Look for the characteristic translucent yellow color consistent with 1930s production dyes.
• Inspect the base for a molded footed design, which was a common structural feature of the era.
• Check for minor manufacturing imperfections like small air bubbles or straw marks, which indicate authentic mass-production methods.
• Identify the specific ruffled-edge pattern, a popular decorative motif used by U.S. glass manufacturers between 1929 and 1939.

History of Depression Glass Candy Dish

Depression glass was mass-produced in the United States during the Great Depression, roughly from 1929 to 1939. This inexpensive, colorful, and often translucent glass was widely distributed through various means, including five-and-dime stores, as premiums in cereal boxes, or as promotional giveaways. Its accessibility offered a touch of elegance and optimism to households during a challenging economic period. Patterns were often intricate and varied, though the quality was sometimes inconsistent due to rapid production methods.