Elevate your everyday style with these Women's Two-Tone Low Block Heel Pumps, designed to offer both elegance and comfort. Featuring a chic combination of beige and black, these pointed toe heels are perfect for versatile styling. The black textured toe cap adds a touch of sophistication, while the gold-tone chain accent enhances the overall look with a hint of modern flair.
The low block heel provides a comfortable lift, making these pumps ideal for long wear whether you're at the office, running errands, or heading out for a casual evening. The slip-on design allows for easy wear, while the sturdy block heel ensures stability and support with every step.
These two-tone pumps pair effortlessly with a variety of outfits, from tailored pants and jeans to dresses and skirts, offering a refined and polished look for any occasion. Whether you're dressing up for work or keeping it casual for a weekend outing, these low block heels add a touch of elegance and versatility to your wardrobe.
Key Features:
- Stylish two-tone design in beige and black for a refined look
- Pointed toe with a textured black toe cap for added sophistication
- Gold-tone chain accent across the toe for a modern touch
- Low block heel for comfortable and stable wear
- Slip-on design for easy on/off functionality
- Perfect for work, casual outings, or semi-formal events
Add these Women's Two-Tone Low Block Heel Pumps to your collection for a chic yet practical option that offers both comfort and style. With their unique detailing and timeless appeal, these pumps are sure to become a go-to favorite for any occasion. Available in a variety of sizes to ensure the perfect fit.
Low-heeled shoes are made of high-quality materials that guarantee perfect comfort when walking. With decorative chain and pointed tip. They are available up to size 41.
Article code: U13D1266711
Item Color: Beige
Made with quality materials.
With decorative chain.
Low heel.
Pointed toe.
Composition: outer part: 100% polyurethane, insole: 100% polyurethane, sole: 100% synthetic material
