Skip to product information
1 of 18

V.society

Fashion Business Casual Genuine Leather Shoes Handmade Party Wedding Wear Men Office Dress Shoe Big Size 39-50 Black Loafers

Fashion Business Casual Genuine Leather Shoes Handmade Party Wedding Wear Men Office Dress Shoe Big Size 39-50 Black Loafers

Regular price $196.00 CAD
Regular price $116.00 CAD Sale price $196.00 CAD
Sale Sold out
Color
Shoe Size

SPECIFICATIONS

Brand Name: ASIMAYA

Closure Type: Slip-On

Department Name: Adult

Fit: Fits true to size, take your normal size

Gender: Men

Hign-concerned Chemical: None

Insole Material: PU

Keywords: Formal Shoes Dress Shoes

Lining Material: PU

Model Number: ABS01-344

Name: Men Office Shoes

Occasion: Office & Career

Origin: Mainland China

Outsole Material: Rubber

Pattern Type: Animal Prints

Place of Origin: Guangdong, China

Quality: High-Quality

Season: Spring/Autumn

Shoes Type: Loafers

Style: Slip-On, Loafers, Wedding Shoes, Office & Career

Toe Shape: Pointed toe

Upper: Genunie Leather

Upper Material: Genuine Leather

Upper coverage: Not above ankle

Upper fixing method: straps bonding or molding

Upper-Genuine Leather Type: Cow Leather,Cow Leather

Whether waterproof: No

Whether with metal toe cap: No

Color: Black 
Packaging: brand new
Style: Loafer shoes
Upper material: Genuien cow Leather
Outsole material: rubber
Heel: about 2.9 cm
Wide sole size: about 9.5 cm
Size: EU size 39-50
Premium quality
Handmade
This shoe uses high-quality Genuien cow Leather Leather and printing ,comfortable PU lining, fashionable tassels, rubber sole,  handmade, and the overall style is classic and stylish.
note:
1. Please choose the correct size according to our size chart according to the foot length, or contact our customer service staff to inquire about purchasing the right size.
2. The above size chart data is for reference only. Everyone has different body shapes and wearing habits, and there may be slight deviations in the size.
3. Due to display differences and shooting lighting, there may be color difference between the picture and the actual object.


View full details