Hiorie Warm Made In Heather Charcoal Gray Double-Knit Knee-High Socks, Japan,
Description
1 pair of double knit socks Sizes: Women's 22-24.5cm; Made in Japan; Colors: Heather light gray, heather charcoal gray, black, brown, rose, navy, burgundy [Warm Double Knit] The thick, long ribbed knit is folded all the way around to create a double layer. This doubles the volume! The air gap between the outside and inside of the socks traps warmth, providing excellent insulation and heat retention. The soles of the toes are also fluffy and dense, keeping your feet warm even when they tend to get cold. Silk Protein Processing: This process uses a special technique to coat fabric with protein extracted from natural silk, giving it the properties of silk. Silk protein has an amino acid composition similar to that of human skin, containing 21 different amino acids. Silk is soft to the touch and has excellent heat retention, moisture retention, and moisture release properties. [Soft pile at the toes] The inside of the toes are lined with high-density, fluffy, and warm pile. It securely wraps around your feet, which tend to get cold easily. The opening is also knitted loosely without feeling too tight, so it's gentle and won't leave marks. [Warm double knitting] The long, thick ribbed knit is folded over to create a double layer. So the volume is twice as plump! [Insulation and heat retention] The double-layered construction creates layers of air inside and outside, preventing the warmth inside the socks from escaping, providing excellent insulation and heat retention. The soles of your feet are also fluffy and dense, keeping your feet warm even when they tend to get cold. [Silk protein processing] This process involves using a special technique to coat the fabric with proteins extracted from natural silk, thereby giving it the properties of silk. Silk protein has an amino acid composition similar to that of human skin and contains 21 types of amino acids. Silk is soft to the touch and has excellent heat retention, moisture retention, and moisture release properties.
