Thermal flux regulating liners adapt to activity levels
AUSTRALIAN SHEPHERD? UGG Boots Double Faced Sheepskin Wool Ankle Mini Classic #15701
Description:
The iconic design makes these Australian Shepherd Unisex Mini Classic UGG Boots a timeless addition to your wardrobe. Premium Australian double-face sheepskin combines comfort and durability and breathes to keep your feet warm in winter and cool in summer. The plush wool insole delivers top-of-the-line comfort, and the soft TPR flexible outsole makes these boots ideal for indoor and outdoor wear.
Specification:
- Brand: Australian Shepherd
- Australian Genuine Sheepskin Upper, Lining & Insole. Premium Australia twin-faced merino sheepskin, is dense, soft, and extremely comfortable.
- The suede side of twin-faced sheepskin is susceptible to staining and discolorations when exposed to moisture.
- Water Resistant, HQ certified.
- Soft durable non-slip double-layer TPR outsole for comfort and support.
- Real Fur has been artificially dyed and treated.
- Fine craftsmanship.
- Boot height:15-18 cm
- The mini boots are available in classic chestnut, stylish chocolate, or versatile black.
- 100% brand new and high quality, comes in a branded box, suitable for a gift.
- Package and Product Designed in Australia. This product contains real fur from sheep or lamb, and it has been artificially dyed and treated.
- The classic design and colors always your great choice to fit your wardrobe.
- Suitable for both women and men.
- Great gift idea for friends and family.
Upper: Double Faced Sheepskin
Lining: Sheepskin Wool
Sole: TPR
Insole: Sheepskin Wool
Colors: Chestnut/ Chocolate/ Grey/ Black
Origin: Made in China
Size:
AU Ladies 4 / AU Men 2 / EU 35
AU Ladies 5 / AU Men 3 / EU 36
AU Ladies 6 / AU Men 4 / EU 37
AU Ladies 7 / AU Men 5 / EU 38
AU Ladies 8 / AU Men 6 / EU 39
AU Ladies 9 / AU Men 7 / EU 40
AU Ladies 10 / AU Men 8 / EU 41
AU Ladies 11 / AU Men 9 / EU 42
AU Ladies 12 / AU Men 10 / EU 43
AU Ladies 13 / AU Men 11 / EU 44
Impact dispersion systems redistribute pressure across plantar surface
