Women's T-shirt The North Face Simple Dome Slim tawny quartz (NF0A87NHBQ71)

The North Face Simple Dome Slim women's t-shirt in tawny quartz combines the natural softness of cotton with the durability and functionality of polyester, providing comfort for everyday wear and sports activities. The slim fit cut and short sleeves ensure the model fits perfectly to the body, emphasising the feminine silhouette and guaranteeing freedom of movement.

Cotton and polyester blend

The cotton and polyester blend (60% cotton, 40% polyester) offers a pleasant softness against the skin while enhancing the fabric’s durability and resistance to creasing. The breathability of the fibres positively affects moisture wicking during daily activities. The fabric maintains a stable shape even with frequent use.

Fitted, comfortable cut

The slim fit cut of The North Face Simple Dome Slim emphasises the figure and increases wearing comfort. The round neckline provides versatility and ease of putting on, while the short sleeves are suitable for warmer days or as a layer under a sweatshirt or jacket. The fit does not restrict movement, making the t-shirt ideal for various forms of activity.

Breathability and versatility

The high breathability of the material supports thermal comfort throughout the day, regardless of activity level. The North Face Simple Dome Slim women's t-shirt is perfect for everyday wear and sports-style outfits. Its versatile design allows for easy pairing with other wardrobe items for training, walks, or city outings.

The North Face Simple Dome Slim women's t-shirt in tawny quartz - features:

• Slim fit cut to emphasise the silhouette and allow freedom of movement;
• 60% cotton and 40% polyester for enhanced durability;
• Short sleeves and round neckline for comfort and versatility;
• High breathability of the material for thermal comfort;
• Soft touch thanks to the predominance of cotton;
• Suitable for everyday and sports outfits;
• Maintains shape and structure even with frequent use;
• Designed to be worn as a base layer.