Skip to main content

Genuine Sheepskin Suede Slipper Winter Moccasins Cedar

by Infinity Leather

Genuine Sheepskin Suede Slipper Winter Moccasins Cedar

Product Details

Variants
30 (size, colour)
Condition
new
MPN
5063932028912
GTIN
05063932028912

Genuine Sheepskin Suede Slipper Winter Moccasins Cedar is available for £43.99 at Debenhams.

£43.99

Available at Debenhams

Choose options

Size: 10
Colour: black

Compare Prices(1 shop)

Code APP10 may give extra 10% off
£39.59
Best with voucher
View voucher

Never miss a price drop from Infinity Leather

Follow Infinity Leather on Shopperazzi and their price drops, sales and new arrivals come to your own feed. It's free.

Follow on Shopperazzi →

Description

Experience natural warmth and comfort with these genuine sheepskin slip-on slippers. Crafted from real sheepskin, they feature a soft, naturally insulating interior and a classic moccasin-inspired shape. The easy slip-on design makes them ideal for everyday relaxation, while the durable rubber outsole provides practical grip and support around the home. Key Features: Genuine real sheepskin construction Naturally warm and insulating sheepskin interior Classic moccasin-inspired slip-on style Easy pull-on design for everyday convenience Durable rubber outsole for grip and stability Soft and comfortable feel for everyday wear | Infinity Leather Men's Genuine Sheepskin Suede Slipper Winter Moccasins -Cedar in Black | Size: 10

Shop Reviews

No reviews yet. Bought this product? Share your experience with one of the shops below.

Frequently Asked Questions

What is the cheapest price for Genuine Sheepskin Suede Slipper Winter Moccasins Cedar?
Genuine Sheepskin Suede Slipper Winter Moccasins Cedar by Infinity Leather is available for £43.99 at Debenhams. Price checked and updated daily.
What variants of Genuine Sheepskin Suede Slipper Winter Moccasins Cedar are available?
Genuine Sheepskin Suede Slipper Winter Moccasins Cedar is available in 30 variants (varies by size, colour). Pick your size, colour and other options above.