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Product Information
These men's wool-blend socks are engineered using a 144-needle (144N) knitting process, striking a balance between fabric density and structural integrity. Designed in size 9-11, the socks feature a complex fiber composition (57% Acrylic, 24% Nylon, 10% Wool, 6% Polyester, 3% Rubber). The internal terry construction creates a thermal barrier and provides mechanical cushioning, specifically developed for moisture management and temperature regulation in diverse environments.
Key Advantages
Thermal & Moisture Regulation: The integration of 10% wool with a high acrylic content facilitates natural thermoregulation and efficient capillary action to move moisture away from the skin.
144N Structural Density: The 144-needle count ensures a compact knit surface that enhances abrasion resistance compared to lower-gauge alternatives.
Impact Absorption: The full-loop terry lining increases the physical thickness of the sole, providing a buffer against vertical pressure and lateral friction during movement.
Dimensional Stability: The nylon and polyester matrix reinforces the structure, minimizing shrinkage and maintaining shape retention after repeated laundry cycles.
Technical Attributes
Composition: 57% Acrylic, 24% Nylon, 10% Wool, 6% Polyester, 3% Rubber
Gauge: 144N (144 needles)
Inner Structure: Full Terry
Size Standard: 9-11 (Men's standard size)
Elasticity: Contains 3% rubber component to ensure lasting elasticity at the cuff and arch.
Application Scenarios
Outdoor Trekking & Hiking: Provides footbed protection and reduces fatigue on uneven terrain.
Cold-Weather Commuting: Offers insulation for low-temperature climates, compatible with boots and athletic footwear.
Industrial/Work Environments: Thickened structure suitable for steel-toe boots to prevent pressure points.
Maintenance & Technical Notes
Washing Protocol: Machine wash cold (max 30°C). High temperatures may cause the wool fibers to felt or shrink.
Drying Instructions: Air dry recommended. Avoid high-heat tumble drying to preserve the elasticity of the rubber components.
Fiber Performance: Slight pilling may occur due to the physical friction of the blended fibers; this is a standard characteristic and does not compromise thermal efficiency.
Component
57%Acrylic
24%Nylon
10%Wool
6%Polyester
3% Rubber
