Sealskinz Suffield Socks - Multicolor - S

Currently unavailable

Currently unavailable
The Sealskinz Suffield Socks are designed for outdoor enthusiasts who need a versatile, close-fitting layering option for hiking, trekking, or everyday wear. Crafted from premium merino wool, these socks provide excellent moisture management and natural temperature regulation, making them ideal for long days in fluctuating conditions. While they offer superior comfort and warmth, they are designed as liner socks and do not provide waterproof protection on their own, meaning they are best utilized as a base layer under a thicker or waterproof sock in extreme weather.
| Colour | Multicolor |
|---|---|
| Material | Merino Wool |
| Size | S |
| Model Part Number | 11126050000510 |
| Brand | Sealskinz |
Yes, they can be worn alone as a lightweight, breathable sock for everyday activity in mild weather.
No, these are merino wool liners and do not feature a waterproof membrane.
Consult the Sealskinz sizing guide to match your foot size to the S, M, or L options to ensure the best fit.
Merino wool can shrink if exposed to high heat. Always wash in cool water and air dry to preserve the size.
Yes, the Sealskinz Suffield socks are designed as unisex apparel.
Ensure you have selected the correct size (S, M, or L) based on the Sealskinz sizing chart, as an improper fit compromises the moisture-wicking effectiveness.
While merino wool is soft, ensure the socks are washed with a mild detergent to remove any factory residue that may cause initial skin sensitivity.
To ensure maximum longevity, treat these socks with care. Because they are made of premium merino wool, they should be washed on a gentle cycle in cool water using a wool-safe detergent. Avoid using fabric softeners, as these can coat the fibers and inhibit their moisture-wicking capabilities. For drying, it is highly recommended to air dry the socks flat to maintain their shape and elasticity. Do not tumble dry, as high heat can cause the natural wool fibers to shrink and lose their close-fitting properties.