925 Sterling Silver "XO" Hugs & Kisses Pendant Necklace Made in USA
925 Sterling Silver "XO" Hugs & Kisses Pendant Necklace
Product Description
A beautiful design to remind our love ones that we're always there for them with hugs and kisses! Show her your love and devotion by giving her this astonishing 925 sterling silver on a fine delicate dainty necklace, a perfect gift for valentine's day, and for every day use or special occasions. Available in different necklace sizes. This is a high polished finish.
Model
CM793S
Weight
2.00 grams (Approximate weight depending on the chain length)
Pendant Weight
1.00 gram (Approximate)
Width
0.75 inch
Height
0.40 inch
Depth
0.04 inch
Metal
Sterling Silver
Metal Purity
925
Chain Sizes
16", 18", 20", 22"
Brand
Claddagh Silver
Manufactured in
U.S.A.
Larger view...
Payment
Policy
Only PayPal is
Accepted
Immediate Payment is required after the Winning Bid
Item will be shipped immediately on the same or next business day of
receiving full payment
Shipping Policy
Paypal Confirmed Addresses Only
Items Will be Shipped on the Same or Next Business day of receiving
full payment
Tracking Number will be provided
Signature will be required on items over $200.00
Returns
Policy
This Item is Brand
New in original packaging
Actual Images of item are shown above
RETURNS are Accepted within 30
days of purchase
25% Restocking Fee will apply on undamaged opened returns.
International Customers:
All International
orders are shipped within 1-2 business days.
Import duties taxes and fees are NOT INCLUDED in the item price or
shipping charges. Fees charged by customs are the buyer's
responsibility.
Please check with your country's customs office to determine what
these additional costs will be prior to bidding / buying.
These charges are normally collected by the delivering freight
(shipping) company or when you pick the item up - Please do not
confuse them for additional shipping charges.
We do not mark merchandise values below value or mark items as
"gifts". US and International government regulations prohibit such
behavior.
