Description

SPECIFICATIONS

specifications:

Fabric name	Polyester fiber (polyester)
Main fabric composition	Polyester (polyester fiber)
Main fabric component 2	Spandex
Brand	Xinyi Meng
Item No.	23105
Style	Basic model
Pants type	Tight
Pants length	Trousers
Waist type	High waist
Thickness	Thin
Popular elements	Thread
Year/season of listing	Fall 2023
Color	Beige
Color	Black
Color	Brown
Color	Dark gray
Color	Green
Color	Real shot Display---
Size	S
Size	M
Size	L
Style type	Street hipster
Main fabric component content	90%(inclusive)-95%(Exclusive)
Style	European and American style
Elastic	Medium bullet
Cross-border style type	Comfortable and casual
Applicable gender	Female
Cross-border supply or not	Yes
Product category	Casual pants
Content of main fabric component 2	Less than 30%
Craft	Splicing
Major downstream sales areas 1	Europe and America
Major downstream sales areas 2	Europe and America

High-Waist Design:The high-waist design of these yoga pants offers a flattering fit, enhancing your natural silhouette while providing comfort during your workout. Cross Strap Style:Featuring a cross strap style, these pants provide a unique look while ensuring a secure fit, allowing you to focus on your yoga or fitness routine. Polyester Material:Made from a blend of 90% to 95% polyester, these pants are not only durable but also breathable, ensuring you stay cool and comfortable during your workouts. Versatile Use:These pants are perfect for various activities, including yoga, cross training, and casual wear, making them a versatile addition to your wardrobe. Comfortable Fit:With a composition of 30% or less, these pants offer a comfortable fit, ensuring you can move freely and efficiently during your workouts. Streetwear Style:The streetwear style of these pants makes them a trendy choice, suitable for both workout and casual outings, ensuring you always look your best.

Spécifications

• Weight: 200gr
• Usage: Indoor & outdoor

Avantages et inconvénients

• Sustainably produced
• Ideal for everyday use
• May discolor in direct sunlight