Best current price£152.00from Miinto UK Ltd
Shopping.co.uk recommended and popular offers
Miinto UK Ltd£152.00Visit shop Armani Exchange Panelled Logo-Patch Trainers - Female - Sneakers - Beige - 3 Uk - Shoes
Visit shop4 offers from £152.00 - £190.00
View price history by clicking the chart icon.
Designed for the fashion-conscious adult, these Armani Exchange trainers offer a perfect blend of style and daily comfort for urban wearers. The trainers feature a sophisticated multi-material upper and reflective accents, making them a versatile choice for casual outings or city commutes, though the specific synthetic composition requires careful maintenance to preserve their layered appearance.
| Age Group | adult |
|---|---|
| Colour | Brown |
| Gender | Female |
| Material | Nylon |
| Shoe Size UK | 3.5 |
| Shoe Type | Trainers |
| Brand | Armani Exchange |
No, machine washing can damage the mixed materials and reflective elements. Hand-cleaning is recommended.
These trainers are designed for urban, daily wear rather than high-impact athletic running.
The upper is constructed from a blend of nylon, technical fabric, mesh, and microsuede.
Yes, they are built with a rubber sole and ergonomic design to provide steady support for all-day wear.
This model is specific to UK size 3.5. We recommend wearing the type of socks you intend to use daily when trying them on for size.
Gently wipe the reflective panels with a dry, clean microfiber cloth to remove dust or smudges.
Check the tread for debris or buildup and clean the bottom of the soles with warm, soapy water.
These trainers are designed for a standard adult fit; ensure you verify that UK size 3.5 matches your personal measurement for optimal comfort. Because the upper consists of a delicate mix of mesh, nylon, and microsuede, avoid machine washing. To clean, use a soft-bristled brush to gently remove surface dirt from the mesh, and a slightly dampened cloth with a mild detergent for the microsuede and synthetic fabric sections. Allow the shoes to air dry naturally away from direct heat sources to prevent damage to the materials or the adhesive bonds.
