YDN Women's Chic Pointed Closed Toe Mid Heel Pumps Slip on Stiletto Slide Dress Shoe for Party Prom Size 4-15 US

YDN Women's Chic Pointed Closed Toe Mid Heel Pumps Slip on Stiletto Slide Dress Shoe for Party Prom Size 4-15 US

POINTED TOE PUMPS: Look fierce and ready to slay this year with these cute pointed toe polka dot shoes for women heels with various style(solid-colored, printing, polka dots and so on). DESIGN: Unique candy cane Heel height approximately 3.15-3.94 inch (8-10 cm). VEGAN MATERIALS: Made from synthetic leather materials that don’t cause any animal suffering and is “cruelty-free”. EASY TO MATCH: Transform your outfit into a flirty, cute look. These stylish polka dot heels look adorable with skirts, dresses, or jeans. HANDMADE: We are a manufacturer of high-quality handmade shoes for women. There is also to possibility to customize your shoes based on your preference.

About Us:

YDN-Your Dress Nifty is a shoe’s brand that dedicates itself to produce the most adorable, comfortable and stylish footwear for women. We believe women are born with beauty and place great value on your comfortable feelings in our highly qualified handmade shoes.

The inspiration comes from YDN brand philosophy: The Natural Beauty of Women. .

Toe Style: Classic Closed Pointed Toe, it can not only leave enough space for the toes, but also modify the lines of the feet well.

Heel type: 8-10 CM /3.15-3.94 inches. The Stiletto High Heel can stretch the leg lines immediately, and you can have an enviable perfect leg shape by wearing it.

Occasion: They can match any set of clothes in your closet, combining the most popular styles of the season, wherever Casual, Dress, Versatile, Daily, Party, Office, Cocktail, Prom, Wedding, Night Club, Work, Date, Formal Events, Big Days, Anniversary or Other Special Events.

Kindly Notice:

Our warehouses are scattered in different corners in US. Please inform that your packages might be delivered in batches.

Due to photographic lights and different monitors, there may be a certain color difference between the product image and the actual product.