HOT ! KORK-EASE Women's para Slip-On Leather Clog Flats with Comfort Cushioned Footbed

※www.leiahsmark.dreamhosters.com Limited model
YouTubers have introduced us to the usability of our products!
Introducing video here

Online sales
Price (tax included)

174.95USD

Quantity purchased

Pickup store：

Choose a shop

Estimated delivery time:

Order by

1pm → Prepare by 5pm

5pm → Prepare by The next morning

Estimated delivery time:

Delivery is scheduled for around 2026/01/20.

Cash on delivery is limited to credit or cash on delivery. For other payment methods, please refer to here.

*It may take some time for the product to be delivered on January Wednesday, or public holidays, and depending on stock availability.

Added to wish list

More information about KORK-EASE Women's para Slip-On Leather Clog Flats with Comfort Cushioned Footbed

SOFT NUBUCK OR FULL GRAIN LEATHER-FOOTBED WITH EXTRA FOAM FOR ADDED COMFORT - A perfect idea for the woman who likes to wear flats but needs a little extra padding! The leather cover will keep your feet comfortable and warm all day long.
ITALIAN HAND-FINISHED LEATHER UPPER AND LINING WITH HIGH-TRACTION RUBBER SOLE - Kick your shoes off at the door, never worry about slipping on wet floors again! Our Kork-Ease Para Clogs are made with a leather upper and lining and have high-traction rubber soles. They feature an extra-deep heel cup for added stability, as well as a flexible molded footbed for all-day comfort.
BREATHABLE SOFT FABRIC SUEDE LINING - With a soft fabric suede lining, you can now enjoy the comfort of your favorite slippers all year round and even outdoors. Slip-on design for easy on/off convenience.
APPROX 1.75" WEDGE HEIGHT SLIP-ON CLOG STYLE - Slip-on style clogs have a wedge heel to provide stability and traction. This style is designed for indoor use .
MAN-MADE INSOLE AND OUTSOLE - You don’t need to be a high-maintenance woman to need some extra comfort in your shoes. These Kork-Ease Para clogs are a breeze to slip on, and they offer an orthopedic footbed for added cushioning and stability.