5 Pfennig - Neumarkt Schlesien

发行方 Neumarkt (Silesia), City of
年份 1917
类型 Emergency coin
面值 5 Pfennigs (5 Pfennige) (0.05)
货币 Mark (1914-1924)
材质 Iron
重量 1.5 g
直径 16.2 mm
厚度 1.1 mm
形状 Octagonal (8-sided)
制作工艺 Milled
方向 Medal alignment ↑↑
雕刻师
流通至
参考资料 Funck#367.4, Men18#23164.4
正面描述 Pearl rim, legend surrounding pearl circle with denomination centered
正面文字 Latin
正面铭文 STADTSPARKASSE 5 ● NEUMARKT SCHLES ●
背面描述 Pearl rim, legend surrounding pearl circle with coat of arms centered
背面文字 Latin
背面铭文 SPARMARKE ✿ ✿ ✿ 1917 ✿ ✿ ✿
边缘 Plain
铸币厂
铸造量 1917 - -
Numisquare 编号 1397093220
附加信息

Historical Context: The 1917 5 Pfennig from Neumarkt (Silesia) originates from the arduous final years of World War I. Issued by the city, then part of the German Empire under Kaiser Wilhelm II, this coin powerfully illustrates the severe economic pressures and material shortages gripping wartime Germany. The adoption of iron for small denominations was a widespread, crucial wartime measure, diverting strategic metals to the war effort and necessitating local emergency issues due to central supply deficiencies.

Artistry: Reflecting its wartime necessity, the artistry of this 5 Pfennig piece prioritizes function over elaborate aesthetics. While no specific engraver is typically recorded for such municipal issues, the stylistic school is one of utilitarian simplicity. Designs commonly featured the denomination, year, and the issuing city's name, often with a simplified municipal coat of arms. Emphasis was on clear legibility and efficient production, a hallmark of emergency currency for rapid circulation.

Technical/Grading: Struck in iron, a metal highly susceptible to corrosion, pristine examples of the Neumarkt 5 Pfennig are exceptionally rare. High-points vulnerable to wear or oxidation typically include the raised lettering, denomination numerals, and any finer details of a city crest. The small module (16.2 mm) and light weight (1.5 g) often resulted in a relatively thin flan. Strike quality can vary, with weaker strikes common due to wartime production and die conditions, compounded by iron's preservation challenges.

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