Abstract:

This paper aims to explore the design and technical characteristics of a new type of warm floor socks. By utilizing high-density fluffy material, unique structural design, and advanced production techniques, these socks achieve far superior warmth retention compared to ordinary cotton socks. This paper provides a detailed analysis of material selection, structural design, production techniques, warmth retention, antibacterial performance, and other aspects, aiming to provide a reference for research and product development in this field.

With the improvement of living standards, people's demands for comfort and functionality in daily products have increased significantly. Warm floor socks, as a household item that combines warmth and aesthetics, have received widespread attention in the market in recent years. The warm floor socks introduced in this paper achieve exceptional warmth retention through the use of 320g/m² high-density fluffy material combined with scientific structural design, while also considering comfort and aesthetics.

The core of warm floor socks lies in their fluffy material. The socks described in this paper utilize a high-density fluffy material with a weight of 320g/m² and a fiber length of 7-10mm. This design not only significantly enhances the warmth retention of the socks but also improves the softness and comfort of wearing. Compared to ordinary cotton socks, these socks provide double the warmth retention, quickly accumulating heat on the soles of the feet and effectively resisting the cold.

Elastic and Not Tight: The design of warm floor socks fully considers ergonomics, utilizing high-elastic materials to ensure that the socks fit the curves of the feet without causing tightness.

Comfortable Cuff: The cuff part adopts a special knitting process to prevent slipping while wearing and avoid compressing the ankle, enhancing wearing comfort.

Irregular Silicone on the Sole: The sole is designed with irregularly distributed silicone particles, which not only enhance the anti-slip performance of the socks but also improve aesthetics. The arrangement of silicone particles fully considers the force distribution during walking, ensuring safety and stability when wearing.

Warm floor socks adopt a simulated hand-stitched seam technique in production, ensuring the flatness of the socks and comfort when wearing. This technique utilizes precise stitching to avoid discomfort caused by traditional stitching methods, enhancing the wearing experience.

Warmth Retention: With high-density fluffy material and scientific structural design, warm floor socks quickly accumulate heat on the soles of the feet and effectively resist the cold. Experiments have shown that under the same environmental conditions, these socks provide superior warmth retention compared to ordinary cotton socks.

Antibacterial Performance: Warm floor socks also exhibit excellent antibacterial performance. By utilizing special antibacterial materials, the socks achieve a 99% antibacterial rate against common bacteria. This design not only improves hygiene while wearing but also extends the lifespan of the socks.

Warm floor socks, as a household item that combines warmth, comfort, and aesthetics, embody the perfect fusion of technology and tradition in their design and production. By utilizing high-density fluffy material, scientific structural design, and advanced production techniques, these socks achieve exceptional warmth retention and antibacterial performance, meeting the high-quality demands of modern consumers. In the future, as technology continues to advance and consumer needs evolve, the design and production of warm floor socks will continue to move towards greater intelligence and personalization.