Dündar Unisex 12" Cotton Seamless Silicone Ballerina Socks

67.80
AED
68.39

(VAT included)


Size
Size guide
  • Please select your size
  • 36 – 40

giyimsepeti
49.5K followers
Seller's store 
OTHER SELLERS
MYS GRUP
Delivery: 25 Aug.
68.61
AED

(VAT included)

Product details
Thanks to its invisible sock feature, it offers a stylish and unnoticeable look under your clothes. Provides ideal comfort and convenience for daily use with its ballerina silhouette. The woven fabric type feels soft to the touch while enhancing durability
With its solid pattern, it creates a simple and timeless style that easily matches any outfit
With its 80% cotton content, it allows your feet to breathe and offers comfort all day long. The material component of polyamide and elastane mixture provides flexibility and freedom of movement. The cotton material structure is friendly to your skin and gives a natural feeling. Suitable for both women and men as a unisex collectible piece Can be easily preferred by everyone With its perfumed additional feature, it helps keep your feet fresh by emitting a pleasant scent.

Product information

Material: Cotton Blend
Type: Babette Socks
Color: Gray
Technique: None
Product Type: Plain
Fabric Type: Woven
Sustainability Info: No
Occasion: Casual
Additional Feature: Perfumed
Length: Regular
Pattern: Plain
Silhouette: Ballerina Flats
Package contents: 12 pcs
Collection: Unisex
Additional info
The selling price on Trendyol already includes the export-related costs.
A maximum of 3 units of this product can be ordered. Trendyol reserves the right to cancel orders over 3 units.
Due to hygiene reasons this product can only be returned if it is unopened, unused and still in its original packaging.
Made in Türkiye
Origin: TR
Barcode No: TYBL9LFTQES63BX865
Material
80% Cotton, 17% Polyamide, 3% Elastane
Care instructions- Machine washable at 30 degrees - Bleach is not recommended - Dryer is not recommended - Reverse and low heat ironing is recommended - Please check the product label for detailed care instructions.