10 Fils - Isa Planchet Trial

İhraççı Bahrain
Yıl 1965
Tür Coin pattern
Değer 10 Fils (0.010 BHD)
Para birimi Dinar (1965-date)
Bileşim Bronze
Ağırlık 4.75 g
Çap 23.5 mm
Kalınlık 1.48 mm
Şekil Round
Teknik Milled
Yönlendirme Medal alignment ↑↑
Gravürcü(ler)
Dolaşımda olduğu yıl
Referans(lar)
Ön yüz açıklaması Mint mark of the British Royal Mint
Ön yüz yazısı
Ön yüz lejandı
Arka yüz açıklaması Mint mark of the British Royal Mint
Arka yüz yazısı
Arka yüz lejandı
Kenar Plain
Darphane
Basma adedi ND (1965) - - 2
Numisquare Kimliği 3533473550
Ek bilgiler

Historical Context: This 1965 10 Fils planchet trial coin signifies a pivotal moment in Bahrain's monetary history under Sheikh Isa bin Salman Al Khalifa, who ascended in 1961. This era saw Bahrain transition towards economic autonomy, culminating in the 1965 introduction of the Bahraini Dinar, replacing the Gulf Rupee. Such trial pieces are crucial artifacts, reflecting the rigorous development and testing by the Bahrain Monetary Agency as the nation asserted its sovereignty before independence in 1971.

Artistry: The specific engraver for this trial remains unconfirmed, yet the design aligns with mid-20th century Gulf numismatic aesthetics. It features clear, functional elements, typically displaying the denomination in Arabic and English, alongside Gregorian and Hijri dates. The reverse commonly presents the nation's name in both languages, often with a central emblem or wreath. The focus is on legibility and national identity, embodying Bahrain's modernizing spirit under Sheikh Isa.

Technical/Grading: As a planchet trial, this bronze coin (4.75 gg, 23.5 mmmm) represents an experimental production phase. High-points for strike evaluation include the crispness of Arabic calligraphy and numeral definition. Given its trial nature, variations in planchet preparation, metal composition, or slight dimensional deviations are possible. Collectors should assess the strike for full detail, especially on fine script lines, and examine the planchet's integrity, as trial pieces may exhibit unique surface characteristics or minor flaws inherent to their experimental status.

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