3815

Swarovski 4328/S - XILION Pear Shape Settings (DISCONTINUED)



Manufacturer: Swarovski
Country of Origin: Made in Austria
Price List: Swarovski 4328/S - XILION Pear Shape Settings Summary (Price, Color, Size)
Product List: Swarovski 4328/S - XILION Pear Shape Settings Product List (Includes Special Order Items)
Product Summary Grid: Swarovski 4328/S - XILION Pear Shape Settings
Gold
Plated Brass
3
Gold
Plated Tombac
3T
Non-Plated Brass
Z
Non-Plated Tombac
ZT
Rhodium
Plated Brass
H
Rhodium
Plated Tombac
HT

The Xilion Pear Fancy Stone Standard Setting is beautifully designed to provide a secure grip on the crystal by enclosing them with prongs, rather than with glue. There are two versions: 00 C is unplated, with no holes and a closed back, and perfectly suited to soldering and post-plating when making jewelry. H2 O is either unplated, gold plated or rhodium plated, and it has two parallel holes through the sides and an open back, and it’s primarily used for sewing. Ordering is straightforward, as it has the same article number as its corresponding Fancy Stone: just add “/S” at the end of the product number.

Swarovski 4328/S XILION Pear Shape Fancy Stone settings are made of either brass or tombac. Standard platings include Gold and Rhodium.

This item is no longer produced. Only remaining stock is being sold.



Related Products

Copyright © 2006-2024 Allium Blue Co. All Rights Reserved.

Information and prices are subject to change without notice. Errors and omissions excepted.
MIYUKI is the registered trademark of MIYUKI Co.,Ltd. TOHO is the registered trademark of Toho Co.,Ltd. Preciosa is the registered trademark of PRECIOSA, a.s.. Swarovski, Swarovski Gems, STELLUX, Oktant, and STRASS are the registered trademark of Swarovski AG. Trademarks are only used on this site to identify the products made by their respective manufacturers. We are not affiliated with any company of the products sold on our website.
All pictures shown are for illustration purposes only. Actual product colours may vary due to product enhancement.