Antique Edwardian 14.5 Inch Fancy Link 9K Rose Gold Albert Chain Necklace
A fancy link Albert chain necklace for you - for a different look! Isn't she edgy and just fab? This lovely antique necklace was hand crafted around 1910-1910 and features a lovely Edwardian design. The elegant, elongated links with their strong, geometric shape alternate with fancy, knot design links. The necklace is made in 9 karat gold of rosy hue. It is hallmarked with "9 375" on each long link and 9Ct on the dog clip and bolt ring. There is also a maker's mark "ACCO" for Frank & Walter Hayes Rabone, trading as the Albion Chain Co, Albion Street, Birmingham. The flat links are 16.6 mm long and 3.1 mm wide, while the knot chain sections measure 13.7 mm length and are 4.1 mm wide. The necklace is 14.5 inches long and weighs a 16.4 grams. In great antique condition. The quality of the detail and workmanship is fabulous and she feels truly luxurious in your hand and when worn around your neck. This stylish beauty can be worn alone or in a stack. It can be doubled as a bracelet. It can be worn together with one of our fabulous chain extenders, like the one in some of our photos, please ask for details of ones we currently have in stock. We love ...... the fancy, outrageously elegant look of this necklace, she is pure elegance. We adore this look! * Please kindly note that other jewellery in our photos is for your inspiration and not included in this listing * E- THIS ITEM SHIPS; FREE TO US WITH TARIFF IMPORT DUTIES INCLUDED IN THE PRICE FREE TO UK via Next Day Delivery. FREE FEDEX OR DHL SHIPPING TO CANADA, EUROPE, AUSTRALIA, NEW ZEALAND, JAPAN AND HONG KONG Thanks so much for stopping by! We offer very friendly layaway options so please do get in touch if you are interested. All items paid for in full are subject to a full refund if you are not delighted with your purchase. The layaway items are eligible for exchange only, please refer to our Terms of Sale located on our front page, at the bottom right hand corner for full details. Thanks again! E x

