Converse Glow-In-The-Dark Zebra Print 4.5

Leírás

Converse Glow-In-The-Dark Zebra Print, women's sneakers

The Converse Glow-In-The-Dark Zebra Print women's sneakers are a variant with a striking zebra print that glows softly in the dark. The brown color shade stands out with a contrasting print that gives the shoe a unique character without exaggeration. The upper is textile, adapted to everyday wear and is combined with the traditional Converse rubber sole. The whole is designed for comfort in an urban environment and for people looking for a gentle design detail.

When creating the design, attention was paid to visible decor without sacrificing function; the luminescent print is integrated into the surface of the upper. The sneakers are suitable for everyday wear, combining with streetwear and slightly sporty clothing. The low weight of the textile upper and the flexible rubber sole support walking comfort. Gentle care is recommended when cleaning to maintain the brightness of the print.

Material

• Upper: textile (canvas/synthetic textile) with luminescent print
• Lining: soft textile (polyester blend) for comfort
• Sole: vulcanized rubber with standard Converse tread
• Care: clean with a damp cloth, avoid machine washing and bleaching; dry at room temperature, do not tumble dry

FAQ

• How do these sneakers fit?
  They usually fit like regular women's Converse sneakers; If you are unsure, I recommend comparing it to your usual size or consulting the size chart before purchasing.
• How to preserve the luminous effect of the print?
  The luminous effect is part of the print on the upper; you can prolong it with gentle care (cleaning with a damp cloth, no bleaching, avoiding high temperatures when drying).

Thestreets tips

• The color and pattern match the photos, the sneakers look original and seem durable with regular wear.
• The walking comfort is good, the sole is flexible and the upper adapted quickly without tearing.
• The luminous effect is visible in a darker environment, but you should expect a gradual decrease in intensity with more frequent cleaning.