Darn Tough Morgan midnight women's socks (6039-N-9034-04)

Darn Tough Morgan midnight women's socks are the perfect choice for active women who value comfort and durability. Made from the highest quality merino wool, polyamide (nylon), and elastane, they provide excellent thermal insulation and flexibility. This makes them ideal for both intense training sessions and everyday use. The socks are exceptionally breathable, allowing for optimal foot temperature maintenance during wear.

True Seamless™Toe Technology

Darn Tough Morgan midnight women's socks are equipped with advanced True Seamless™Toe technology. This innovative solution eliminates seams around the toes, minimising the risk of chafing and irritation. Thanks to this technology, users can enjoy exceptional wearing comfort, even during prolonged activities. True Seamless™Toe guarantees perfect fit and comfort.

Durability and lifetime warranty

Darn Tough Morgan midnight women's socks are characterised by exceptional durability, resulting from the use of high-quality materials and precise craftsmanship. The Darn Tough brand offers a lifetime warranty on its products, which attests to their reliability and quality. This gives users confidence that the socks will serve them well for many years.

Height and fit

Darn Tough Morgan midnight women's socks have a mid-height, making them a versatile choice for various occasions. This cut provides optimal support and wearing comfort, regardless of the type of footwear. The elasticity of the materials ensures the socks fit the foot perfectly, without causing pressure and allowing full freedom of movement.

Darn Tough Morgan women's socks - features:

• Made from merino wool, polyamide (nylon), and elastane;
• True Seamless™Toe technology eliminating seams around the toes;
• Lifetime warranty confirming the high quality of the product;
• Mid-height for universal use;
• Breathability ensuring optimal foot temperature;
• Exceptional durability thanks to the use of high-quality materials;
• Excellent fit to the foot thanks to elastic materials.