20% OFF shipping at billautshow.tv on orders over $79 + up to 10% OFF products

Find product inspiration with Image Search

Ways to quickly find multiple similar products:

● Paste an image you copied with

Ctrl/Command

● Drag and drop an image here or upload a file

Ship to:

/ English / USD

New Arrival

Air Freeshipping Best Sellers Nihao Choice

Sourcing

Shipping Calculation

home > Women > Accessories > Sunglasses > JIMMY CHOO Women\'s Oval 56mm Priya/S Black Glitter Sunglasses NEW WITH CASE $425 Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses

$JIMMY CHOO Women\'s Oval 56mm Priya/S Black Glitter Sunglasses NEW WITH CASE $425 Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses main image 2$

$JIMMY CHOO Women\'s Oval 56mm Priya/S Black Glitter Sunglasses NEW WITH CASE $425 Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses main image 3$

$JIMMY CHOO Women\'s Oval 56mm Priya/S Black Glitter Sunglasses NEW WITH CASE $425 Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses main image 4$

Marais | Black and Grey Oval Acetate Sunglasses | JIMMY CHOO

download picture

description

Report this seller or product

Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses。JIMMY CHOO Priya/S sunglasses NEW WITH TAGS Retail price: $425 Comes with original case and duster cloth Made from the best quality Acetate frames and Nylon lenses, these Jimmy Choo Priya/S sunglasses are perfect to complete any look! Frame shape: oval Frame color: black glitter Lens color: mirrored grey/shaded silver These frames flatter those with an oval, diamond or square shaped face Plastic lenses with 100% UV protection Lens: 56mm wide Bridge: 20mm wide Arms: 145mm long Made in Italy

Shopping security

Each payment you make on billautshow.tv is secured with strict SSL encryption and PCI DSS data protection protocols

product description

Why choose billautshow.tv wholesale?

$JIMMY CHOO Women\'s Oval 56mm Priya/S Black Glitter Sunglasses NEW WITH CASE $425 Jimmy Choo JC5003 Black, Glitter Prescription Sunglasses display picture 0$