A gorgeous Antique Fob in lush 9ct Rose Gold handcrafted c1910 with fancy long double links to tri-twist gold link stations with double dog clips and original removable T Bar.
A fabulous wearable necklace so versatile and easy to wear, the double dog make it simple to attach any pendant with or without the T Bar, with a substantial weight of 33.5 grams and sitting beautifully between the collar bones at 43cm long.
The Details:
Length: 43cm
Metal: 9ct Rose Gold
Hallmarks: SH & Co, 9ct to the T Bar (possibly Sidney Hall and Co, Birmingham) & 9ct to the Dog clip
Weight: 33.5 grams
Condition: In Excellent Antique condition
We’d hate you to miss out, so we offer lay-buy on all our pieces.
All you’ll need is a 25% deposit and then you’ll have up to 3 months to pay.
Simply select 'Put It On Laybuy' in checkout at payment options.
Click here for our Ts & Cs https://rockandvestige.com.au/pages/lay-buy-purchases
Because we know you want your goodies fast we send all our beauties Express Delivery throughout Australia for FREE!
Australia Wide Shipping FREE Express Delivery estimated arrival 1-2 business days.
Handling 1-2 business days.
All deliveries are insured, tracked, and are signature on delivery.
And for our International friends we offer New Zealand Express shipping - $20.00, and Express International Shipping - $36.00
- We ship internationally with Australia Post International Express Shipping.
- Delivery 3-6 business days between major metropolitan areas.
- Handling 1-3 business days.
- Tracking included.
- CN23 Customs Form completed by us on our end (further customs charges may apply at your end).
- All rates and charges are in $AUD.
- Please allow additional time for customs clearance.
- Any additional customs chargers/duties are the purchaser's responsibility.
All our pieces come in a custom R&V Velvet Flock Box and are securely packaged in a cardboard box for extra protection during shipping.
*Boxes in photos are for display only.
*Gemstones have not been removed from settings for accurate assessment. All grades and weights are approximate.