Sellingantiques.co.uk Logo
 38,605 visitors today 32 antiques approved today, Sun 22 June
ANTIQUE #SA1016953

Arts & Crafts Sterling Silver Chalice Cup 1903 170g Ringer Famous Doctor Medical

Status: This item has been sold
Sold by: The Silver Squirrel

A beautiful very interesting hand made English antique solid sterling silver chalice cup. It is hallmarked for London 1903 with the maker’s marks being that of Wakely & Wheeler (James Wakely & Frank Clarke Wheeler). It has a superbly made having three organic beautifully decorated handles. Interestingly the base has been lightly engraved ''Sydney Ringer FRS Xmas 1906'', Sydney Ringer was a famous Victorian Physician and Pharmacologist who invented Ringer''s Solution. It is in superb condition being free from dings splits and repairs. It measures approx. 3.5 inches (9cm) tall by 2.25 inches (6cm) across the rim by over 2 inches (5.4cm) across the base and is heavy weighting 170 grams. A very beautifully made very high quality piece with an interesting history.
 
 
LOTS MORE ANTIQUE & MODERN SILVER ITEMS OUR WEB SITE http://the-silver-squirrel.com
 
& OUR EBAY SHOP thesilversquirrel
 
Weights and measurements are approximate.
 
Free UK Tracked 24 delivery.
 
Worldwide International Tracked shipping £15 flat rate (we will combined shipping costs).
 
We aim to dispatched within one working day.
 
30-day money back guarantee.
 
Any enquiries please email thesilversquirrel@btinternet.com
 
Internal Reference: 38868
Antique Number: SA1016953
Dateline of this antique is Edwardian
Antique #SA1016953, shown on this page, originates from the edwardian Era. For historical context, the timeline below highlights the period when it was made:
Edwardian
Famous inventions historic timeline graphic to help to give historical context to the date of this antique.
CONTACT DETAILS OF SELLER:
THE SILVER SQUIRREL PROFILE PHOTO WHICH LINKS TO DEALER PAGE
The Silver Squirrel
Lincolnshire
United Kingdom
STATUS
THIS ITEM HAS BEEN SOLD
HISTORIC TIMELINE OPTIONS
mgctlbxN$MZ mgctlbxV$5.3.7 mgctlbxL$C