The cold starts from the feet, so to keep healthy you must first keep warm. When your body is warm your heart will also be warm.
We often receive questions from friends who are new to Japanese-made winter socks:
"Will it be hot wearing so many layers?"
"My feet are sweaty, can I wear it?"
"I heard you can't wear socks to sleep!"
Let me explain it to you.
Will it be hot to wear multiple layers of cold-wicking socks?
Cold-repelling socks are designed to keep your feet warm for a long time. All materials and weaves are made to provide the most comfortable and effective, which is different from the general socks on the market. The Japanese are extremely meticulous in this regard. New customers are surprised that after putting on four layers of socks, they no longer feel stuffy or hot, but instead feel an unprecedented sense of warmth and happiness from their feet to their entire bodies.
Why not wear a layer of thick wool socks?
Thick wool socks also have holes that allow air to flow through, just like the clothes we wear, but they are not as warm as layering.
Does wearing socks increase foot sweating?
Our feet sweat a lot because our feet are constantly detoxifying. The cold-repelling socks set has a layer of five-toe socks made of silk. Silk has the ability to absorb moisture and toxins, and then expel moisture and toxins, which can promote healthy detoxification of the feet. Therefore, wearing silk socks for a period of time will reduce foot sweat and have no odor.
I heard that wearing socks to sleep affects circulation?
Wearing regular outdoor socks to sleep can indeed affect circulation because the material of regular socks contains synthetic fibers, which can prevent the skin from breathing. The socks are also tightly woven to prevent them from coming loose when walking, but these socks are not suitable for long-term wear. On the contrary, cold-repelling socks are designed for long-term wear. They only use natural materials and are designed to be loose and not tight. They can wrap the feet warmly and comfortably and improve circulation.
💮Warm feet make blood circulation smooth
💮Helps the body detoxify during sleep
💮Improve cold hands and feet
💮Improve uterine cold and physiological problems
💮Improve sleep quality
💮The effect is warm but not limited
💮Simple and effective health strategies
Nuanriwu has so many types of cold-repellent socks, all made in Japan. How do you choose?
First, let me introduce this entry-level two-layer cold-repellent socks. They are easy to wear and even beginners can easily experience the comfort of layered dressing! The size is unisex, making it an ideal choice for beginners trying to warm themselves up and expel cold.
Made in Japan Kurashi two-layer cold-weather socks (multiple colors)
If you want to try four-layer socks, the following is a basic cotton style. Simple yet high quality, available in two sizes.
Japanese-made Cocoonfit 4-layer cold-resistant socks (for all seasons) - Size L (large size/for men)
Each layer of socks has its own excellent function:
First layer 100% silk five-toe socks - detoxification and moisture removal (very silky)
Second layer 100% cotton toe socks - warm and comfortable
The third layer is 100% silk round toe socks - warm in winter and cool in summer, breathable
Fourth layer 100% cotton round toe socks - warm and comfortable
If your feet are cold and you want something warmer, we recommend choosing four-layer socks made of silk and wool, which come in fashionable colors and are suitable for both men and women.
Made in Japan Kurashi 4-layer socks (silk x wool) in various colors
When should you wear cold-weather socks?
Designed and manufactured in Japan, these multi-layer cold-repelling socks are suitable for wearing after a bath or foot bath, as well as during sleep, to improve sleep and relieve cold hands and feet.
What to do if four layers of socks are not warm enough?
Each set of cold-repelling socks is layered according to the following intervals:
Silk > Cotton/Wool > Silk > Cotton/Wool > and so on. If you feel it is not warm enough, you can add layers according to the interval materials. There is no upper limit to the number of layers.
