Ladies Wool Socks

These ladies' socks are constructed using a five-component fiber blend structure. The composition includes 46% Acrylic, 27% Nylon, 18% Wool, 8% Polyester, and 1% Spandex. Each fiber component performs a distinct function within the fabric: Wool provides moisture absorption and heat release characteristics typical of natural protein fibers; Acrylic helps maintain loft and thermal air chambers; Nylon and Polyester enhance abrasion resistance and dimensional stability; Spandex imparts dynamic stretch and recovery properties to the sock body. The 84N DC gauge configuration ensures high loop density, achieving a specific balance between fabric compactness and softness. This product is designed for autumn and winter wear, achieving foot temperature and humidity regulation through multi-component synergy.

Core Advantages

Moisture Buffering Regulation: Wool fibers have a relatively high moisture regain (13-16%), enabling them to absorb gaseous moisture and release adsorption heat. When foot perspiration increases, wool absorbs excess vapor, reducing relative humidity in the micro-environment. During dry conditions, it slowly releases moisture, maintaining stable humidity at the skin surface.

Abrasion Resistance Layer: Nylon fibers exhibit higher breaking strength (4-5g/D) compared to Polyester and Acrylic, forming an abrasion-resistant layer in high-friction areas such as the heel and toe, delaying the formation of holes from localized wear.

Compression Resilience: The crimped structure of Acrylic fibers retains numerous inter-fiber spaces. These spaces deform under vertical pressure and return to their original lofted state upon pressure release, resulting in lower attenuation of thermal performance after prolonged wear.

Product Specifications

Size Range: 9-11, fitting foot lengths of 22.5 to 25.5 centimeters.

Knitting Parameters: 84N DC gauge configuration, utilizing single-feed double-sided knitting technology to ensure uniform fabric density with no dropped stitches or uneven density areas.

Fiber Composition: 46% Polyacrylonitrile Fiber (Acrylic) + 27% Polyamide Fiber (Nylon) + 18% Wool + 8% Polyester Fiber + 1% Polyurethane Elastic Fiber (Spandex).

Blend Structure: Wool and Acrylic are distributed in the fabric's middle layer, forming thermal air chambers. Nylon and Polyester are concentrated in the surface layer, providing abrasion resistance and structural support. Spandex is uniformly distributed in the cuff and instep areas, providing circumferential tension.

Thermal Resistance Performance: The multi-component fiber composite structure results in higher thermal resistance values compared to single-fiber Polyester or Cotton fabrics, with increased warmth retention per unit thickness.

Application Scenarios

Autumn and Winter Outdoor Activities: Suitable for hiking, mountaineering, camping, and similar scenarios, utilizing wool's moisture absorption and heat release properties to respond to outdoor temperature fluctuations.

Static Insulation in Cold Environments: Designed for wear in indoor environments with low temperatures or without heating, where the multi-component fiber air chamber structure effectively traps still air.

Boot Footwear Pairing: Designed to be worn with high-top boots, snow boots, and similar footwear, with sock height covering the ankle and lower calf to reduce direct friction between the boot cuff and skin.

Common Issues & Handling Recommendations

Q: How can the shrinkage of wool socks after washing be reversed?
A: Wool fibers may undergo a directional friction effect under warm and wet conditions, causing fibers to entangle and contract. Soaking in hair conditioner or wool-specific fabric softener for 15 minutes, gently stretching to original dimensions, and then laying flat to dry can partially restore original size by using lubricants to reduce inter-fiber friction.

Q: Is pilling after wear considered normal?
A: In blended fabrics containing Wool and Acrylic, short fiber ends are prone to migrating to the surface and forming pills during friction. This is a standard physical characteristic of spun yarn products. Pilling does not affect the fabric's primary structure and can be removed using a fabric shaver.

Q: Are these socks suitable for individuals with excessive foot perspiration?
A: Wool possesses hygroscopic properties, absorbing liquid perspiration and converting it to vapor, reducing the sensation of moisture on the skin. However, when moisture absorption exceeds Wool's regain limit, pairing with moisture-wicking outer footwear is necessary. Wearing breathable leather shoes or sneakers is recommended; avoid pairing with impermeable rubber shoes.

Precautions

Washing Temperature: Wool protein fibers may undergo irreversible shrinkage in water exceeding 40°C (104°F). Maintaining water temperature below 30°C (86°F) is recommended.

Washing Method: Hand washing or using a wool-specific machine program is recommended. Avoid aggressive agitation that may cause fiber felting. Using a laundry bag can minimize mechanical damage.

Drying Method: Lay flat to dry in shaded areas. Avoid hanging, as gravity-induced stretching may deform the sock leg. Avoid direct sunlight exposure, as ultraviolet radiation accelerates molecular chain degradation in both Nylon and Wool.

Storage Protection: Wool is susceptible to insect damage. Use insect repellents during long-term storage, but avoid direct contact with mothballs. Wrapping repellents in paper before placing them in storage containers is recommended.

Component
46% Acrylic
27% Polyamide
18% Wool
8% Polyester
1% Elastane