Goebel Friar Tuck Sugar Shaker / Hummel Style Monk

Decorative Art / Ceramic UtensilW. Goebel Porzellanfabrik (likely marked with the 'Bee' or 'V' trademark on the underside)

Goebel Friar Tuck Sugar Shaker / Hummel Style Monk

Style & Movement

Mid-century German Kitscheria / Character Ceramics

Medium & Technique

Glazed porcelain / Earthenware with hand-painted details and transfer printing

Creation Period

Mid-20th Century (circa 1950s-1960s)

Dimensions & Format

Approximately 4 to 5 inches in height; Three-dimensional figural format

Subject Description

A whimsical, stylized depiction of a smiling Franciscan friar (Friar Tuck) wearing a brown habit with a knotted white rope belt. The figure features rosy cheeks and wide, sidelong-glancing eyes. The head acts as a removable lid or contains sifter holes reflecting its utility as a sugar or spice shaker.

Condition & Value Assessment

Condition Assessment

Very Good; The surface glaze appears intact with typical minor age-related crazing.

Estimated Market Value

$25.00 - $45.00 USD

Auction Estimate

$15.00 - $30.00 USD

Provenance History

Likely mass-produced in West Germany for the international export market; common in mid-century American and European households as collectible kitchenware.

Art Historical Significance

Represents the post-WWII boom in German ceramic exports and the pop-culture transition of religious icons into domestic, secular decorative objects. Part of the broader 'Goebel Monk' series which became a staple of mid-century collectibles.

Notable Features

Distinctive 'Tuck' facial expression; manual application of cheek blush; identifies specifically with the Goebel factory's long-running series of monastic-themed tableware.

Condition Issues

Visible minor surface grime; potential shelf wear on the unglazed base ring; periodic susceptibility to fine hairline crazing in the clear glaze overcoat.

Conservation Recommendations

Gentle cleaning with a damp cloth; avoid abrasive chemicals or dishwashers which can dull the overglaze paint; display away from direct thermal fluctuations to prevent further crazing.

Identified on 4/5/2026