When the weather cools, warmth is something people seek. Because the body protects the core, where the organs are, the extremities are the first to get cold. Sometimes feet can feel cold even when the ambient air temperature is not cold, such as when a person has diabetes, underactive thyroid, Raynaud’s, anemia, or Buerger’s disease, and these should be treated, but in the meantime, warming one’s feet can increase comfort even if these diseases are at fault.
When a disaster hits, one of the side effects is often a lack of power, which can limit heat for indoor areas. Finding the right pair of socks to wear in such a situation can make the difference between comfort and pain, between productivity and the inability to function properly. While a pair of socks that offers protection from external liquids can be helpful, feet do need air to be able to get to the skin, as well – and of course feet sweat, so there is likely to be liquid that needs to get out. Keeping water from getting to the feet is moot if the feet are creating and pooling liquids!
The best waterproof socks include a set of layers that block external water, a layer that wicks liquids away from the foot, and a layer of insulation. Keeping the feet dry is an important part of keeping them warm. Because of this, cotton is not a recommended material for socks, as it tends to absorb water and become cold. Also consider a good pair of wool toe socks as well at https://www.cheapsnowgear.com/products/smartwool-merino-wool-toe-sock
There are a variety of materials that are used to make water resistant socks that stay warm, including merino wool, nylon, bamboo rayon, neoprene, and Gore-Tex. These can be thick or thin. Remember that thickness does not necessarily correspond with comfort, especially if wearing them inside boots or shoes. Sometimes it is better to use a moisture-wicking liner sock closest to the skin.
Thermal and Winter
30 Below Thermal
Made of 70% Merino wool and 30% nylon, these pre-shrunk socks are resilient, breathable, and cushioned for comfort. These will keep feet comfortably warm and dry in extreme conditions of all kinds.
Arctic Heavyweight Wool Boot Socks
Wool blend socks are ribbed knit with a stay-put cuff. They are made from 68% wool, 23% nylon, 1% spandex, and 8% other fibers. They include an odor reducing technology.
Explore More Thermal Socks
These 100% waterproof and 100% breathable socks are made from 61% Merino wool, 29% nylon, and 10% spandex. This results in excellent wicking and delightful comfort. These high quality socks are professional grade and made to last.
Extreme Cold Thermal Socks
Thermal winter socks feature heavyweight fabric of a cotton and wool blend. The top is made to resist raveling and stay up. They are constructed durably and cushioned to keep feet comfortable and warm through many times of wearing.
Heat My Feet Thermal Socks
91% polyacrylic, 5% nylon, 3% polyester, and 1% elasthane make up these thermal socks that include insulation fibers that trap heat to keep feet toasty. A wicking “humidity transport” system keeps feet dry even when sweating.
Heat-Trapping Insulated Boot Socks
Made of 93% acrylic, 6% polyester, and 1% spandex, these socks are designed to keep feet warm in extreme temperatures. Non-irritating and softer than wool, these fuzzy socks are lined with brushed fleece, which wicks moisture from the skin.
Hot Feet Heavy Thermal Socks
Thick, comfortable socks are made from 93% acrylic, 6% polyester, and 1% spandex. Comfortable for lounging or being active, they lock in heat while wicking moisture for warm, dry feet in all weather.
Insulated Fuzzy Socks
Warm socks are made from 92% acrylic, 5% polyester, and 3% spandex/elastane to be comfortable while retaining warmth. The lining is thick and fuzzy with a smooth toe seem and reinforced heel. Durable thermal yarn has a moisture control and odor-fighting factor for comfort without unpleasant smells.
Ultra-Warm Thick Boot Socks
These cushioned boot socks include an antifungal to limit odors. Double insulation keeps feet warm in freezing temperatures.
Premium quality socks made of 95% Thermolite and 5% spandex are 100% waterproof. They absorb sweat and dry quickly. The anti-slip bottoms help keep footing when not wearing shoes.
Triple-Layer Waterproof Socks
The outer waterproof layer is made from 61% nylon, 32% polyester, 7% elastane. The middle layer is made of a breathable waterproof membrane. The lining consists of 66% coolmax, 30% polyester, and 4% elastane. Wicking interior keeps feet comfortably dry while the waterproof outer layer keeps external moisture from getting in. These should be washed in cool water and air-dried or dried in a low temperature.
Waterproof Skiing Socks
Three layers of comfort start with 61% nylon, 32% polyester, and 7% elastane for a waterproof outer layer. A middle layer of breathable membrane separates the outer layer from the lining, which is made of 66% coolmax, 30% polyester, and 4% elastane. These knee-length socks are midweight, waterproof, and windproof, and offer support for comfort.
Warm and comfortable, these light crew-length socks have a mostly seamless toe and an ankle flex zone. They are extra durable and breathable, with light cushioning on the bottom. They are made from 59% Merino wool, 39% nylon, 2% elastane.
These lightweight socks reach mid-calf and are made of 98% polypropylene and 2% spandex for a comfortable, warm fit without thickness. Moisture wicking and antibacterial, these liners keep feet dry, clean, and free from odors as well as helping to prevent blisters.
Toesocks made of 75% Coolmax, 21% nylon, and 4% lycra also offer arch support and a mesh top for ventilation.
Over-the-calf boot socks are fully cushioned and offer arch support. 80% polyester, 17% nylon and 3% spandex make up these moisture-wicking socks and a smooth seam at the toe is extra comfortable.
Wick Dry CoolMax Liner
Made of 93% Coolmax polyester, 6% nylon, and 1% spandex, these thin liners are excellent for moisture wicking making them excellent for wearing under heavier socks to protect feet from wetness, hot spots, and blister-causing friction.