Women's socks Castelli Scorpion Logo 15 W Thermal Sock black (4526586_010_CAS_SM)

Castelli Scorpion Logo 15 W Thermal Sock black women's socks offer an excellent combination of technology and comfort, ideal for active women. The materials used, such as polyester, elastane, and polyamide, provide durability and flexibility. The mid-height effectively protects the calf while not restricting freedom of movement.

Material and construction

Castelli Scorpion Logo 15 W Thermal Sock women's socks use an advanced blend of materials that includes polyester, polyamide, and elastane. This composition ensures optimal ventilation, translating to comfort while wearing in various weather conditions. Additionally, elastane allows the sock to fit perfectly to the shape of the foot, minimising the risk of slipping during activity.

Height and fit

Castelli Scorpion Logo 15 W Thermal Sock black women's socks feature a mid-height, which is an ideal compromise between protection and freedom. This makes the socks suitable for wearing with various types of sports shoes, while simultaneously offering support for the calf. The smooth pattern ensures an aesthetic look and ease of matching with different sports styles.

Thermal properties

Castelli Scorpion Logo 15 W Thermal Sock women's socks are designed to retain heat on cooler days. The materials used in the socks provide good thermal insulation, which is crucial for maintaining comfort during outdoor activities. The polyester in the composition contributes to effective moisture management, preventing excessive sweating of the feet.

Castelli Scorpion Logo 15 W Thermal Sock black women's socks - features:

• The composition of materials includes polyester, polyamide, and elastane;
• Elastane ensures a perfect fit to the shape of the foot;
• Mid-height supports protection and freedom of movement;
• Smooth pattern facilitates matching with various sports styles;
• Polyester effectively manages moisture, preventing sweating;
• Thermal properties ensure comfort on cooler days;
• Durability and flexibility thanks to the materials used.