Welcome to GoBozor
Coconut Shoes 700v2 Putian High Version Torre Shoes Breathable Summer Men's Sports Casual Running Shoes Women Wholesale
Price section
Price from:
634,779 so'm
Choose variant
Size
Really explosive 700 magnet (it is recommended to shoot one yard bigger, 35
Really explosive 700 magnet (it is recommended to shoot one yard bigger, 36
Really explosive 700 magnet (it is recommended to shoot one yard bigger, 37
Really explosive 700 magnet (it is recommended to shoot one yard bigger, 38
Really explosive 700 magnet (it is recommended to shoot one yard bigger, 39
Guaranteed delivery time
If we are 45 days late, you will receive your order for free. More details
Always in touch with you
We will answer any questions every day.
Secure payment in a convenient way
We will accept payment by any card
BNPL available
About the product
Characteristic
- Origin
Putian, fujian
- Product category
Coconut shoes
- Style
Sport
- Function
Increase
Breathable
Light
Shock absorption
- Item number
YZ700
- Style
Leisure
- Gross weight
0.8
- Brand
Super hot
- Suitable for the season
Summer
Winter
Spring
Autumn
- Applicable gender
Unisex/both men and women are welcome
- Pattern
Color matching
- Upper material
Cowhide
- Sole material
Rubber
- Applicable sports
General
- Is it in stock?
Is
- Applicable age group
Youth (18-40 years old)
- Inventory type
Whole order
- Way of dressing
Front tie
- Whether to export
No
- Popular elements
Cross straps
Color matching
- Closing method
Lace up
- Heel shape
Flat
- Inner material
Cotton
- Applicable scenarios
Sport
- Supply category
Spot goods
- Fastest shipping time
1
- Opening depth
Shallow mouth (below 7cm)
- Upper height
Low top
- Toe shape
Round head
- Heel height
Flat
- Sole craftsmanship
Viscose shoes
- Insole material
Textile category
- Quality inspection unit
sgs
- Year and season of launch (time of launch)
Spring 2022
- Latest delivery time
3 days
Description
Characters
Properties
- Origin
Putian, fujian
- Product category
Coconut shoes
- Style
Sport
- Function
Increase
Breathable
Light
Shock absorption
Description