Elevate your shoe game and say goodbye to heels with these stylish high-top canvas sneakers!

We’re offering you Women's Converse Inspired High-top Canvas Sneakers in 7 Sizes and 2 Colours for £13.99, giving you a 65% discount off UK Dream Store’s original price of £39.99 (accurate as of 7.3.24).

A Fusion of Timeless Charm and Contemporary Style

Step into the world of style with our Women's Converse Inspired High-top Canvas Sneakers. These sneakers offer a perfect blend of classic design and modern comfort, making them an essential addition to your wardrobe. Crafted from premium canvas, they provide a chic high-top silhouette that echoes the iconic Converse look, with a touch of femininity.

Product Benefits:

• Comfort in Every Step: Designed for all-day wear, the canvas upper and textile lining ensure breathability and comfort.
• Effortless Styling: Pair these sneakers with jeans for a casual look or a summer dress for a playful twist.
• Travel-Friendly: Lightweight and easy to pack, these sneakers are perfect for any adventure.

Quality Materials and Construction:

The sneakers feature durable winged tongue stitching, ensuring they withstand daily wear. The rubber sole offers excellent grip, providing stability on various surfaces.

Care Instructions:

Keep your sneakers looking fresh by wiping them with a damp cloth. Allow them to air dry naturally to maintain their shape and quality.

Styling Suggestions:

• Pair with denim shorts and a graphic tee for a laid-back summer vibe.
• Add a pop of colour with vibrant laces or socks.

Specifications:

• Upper Material: Canvas
• Lining: Textile
• Sole: Rubber
• Available UK Sizes: 3, 4, 5, 5.5, 6, 7, and 7.5
• Colours: Black or White

FAQs:

• What size should I choose if I'm between sizes? We recommend sizing up for a more comfortable fit.
• How should I care for these sneakers? Clean with a damp cloth and air dry to maintain their quality.
• Are these sneakers suitable for formal occasions? While designed for casual wear, they can be styled creatively for semi-formal events.