Mode Kaori 【Genuine Leather】 【Water-Repellent, Non-Slip, Insulation + Heating】 Engineer Sneaker Boots 21498

【Autumn&Winter Collection】
From the popular blue grip series of "Mode Kaori," new sneaker-type boots are now available.
The belt below the side is designed with tucks, opening according to the movement of your foot, making walking comfortable.
The middle boots have a tube height that slightly covers the calf, making them compatible with both skirts and pants.

“Water-repellent leather used”
The fiber layer of the leather is designed to resist water absorption, allowing you to enjoy your usual fashion regardless of weather (not completely waterproof).

“Blue grip sole that is safe even on rain or snow roads”
The original sneaker sole is moderately thick, lightweight, and has good rebound.
The blue part of the sole protrudes more than others, making it slip-resistant, and is made of soft material.
Although it looks casual, like a sneaker sole, we focused on a sleek silhouette that fits around the ankle.
It features a cushioned cup insole that absorbs shock during walking.

“A strong ally in cold weather! Plus heat generation for even warmer comfort!”
The surface of the lining that touches the skin uses graphene material bonded with carbon atoms.
It has excellent thermal conductivity and far-infrared effects to generate heat.
Inside, thermal insulation padding is used to shut out cold air from outside.
By retaining the body heat of the entire foot wrapped in the boots, it relieves the harsh cold of winter.

The all-season plus model, equipped with the popular blue grip sole, water-repellent leather, and thermal insulation padding, now includes heat-generating material for even greater warmth!

Perfect for unpredictable autumn and winter travel.
This short boot by "Mode Kaori" combines functionality and fashion, making it a valuable addition to your wardrobe.

Please note that it is not completely waterproof.

【Keywords】
#Round toe
#Sneaker boots
#Belt boots
#Water-repellent leather
#Slip-resistant
#Insulating material
#Heat-generating material
#Graphene