Ugg Tasman II Slippers & Sandals - Purple - 10


The Ugg Tasman II is designed for adults seeking a versatile footwear option that balances luxurious comfort with outdoor utility. Featuring a signature silhouette and a vibrant purple finish, these slippers are perfect for lounging at home or running quick errands outside, though the suede exterior requires careful maintenance to preserve its appearance in wet conditions.
| Gender | Female |
|---|---|
| Age Group | adult |
| Colour | Purple |
| Shoe Type | Slippers & Sandals |
| Shoe Size UK | 10 |
| Series | Tasman II |
| Brand | Ugg |
No, they are not waterproof. They are made from suede, which is a delicate material that should be protected from water and snow.
Yes, the Tasman II is designed with a durable sole intended for light outdoor use, such as running errands or stepping out on your porch.
Use a soft-bristled suede brush to remove loose dirt. For deeper cleaning, use a suede-safe cleaning solution and follow the manufacturer's instructions carefully to avoid color fading.
Most users find that Ugg slippers fit true to size, but the lining may feel snug at first and will compress slightly to mold to your foot over time.
Yes, the interior is lined to be comfortable against the skin, making them ideal for barefoot wear.
Allow the suede to air dry completely away from direct heat sources, then gently brush with a suede brush to restore the nap.
Regularly air out the slippers and gently fluff the interior lining with your fingers to redistribute the wool fibers.
Use a specialized suede eraser or a professional suede cleaner kit; avoid using household soaps or detergents.
To keep your Tasman II slippers in peak condition, store them in a cool, dry place away from direct sunlight when not in use. Since they are made with suede, it is highly recommended to apply a suede-specific water and stain repellent spray before the first wear. If they become dirty, use a soft-bristled brush to gently remove surface dust. Avoid machine washing or submerging the shoes in water, as this can damage the structural integrity and the finish of the material.