The North Face Simple Dome Regular Fit T-Shirt - White - L

Currently unavailable

Currently unavailable
The North Face Simple Dome Regular Fit T-Shirt is a versatile wardrobe staple designed for women seeking comfort and timeless style in their everyday attire. Crafted from soft, durable cotton, this crew-neck shirt provides a reliable regular fit suitable for various casual activities; however, users should note that as a pure cotton garment, it is best suited for low-to-moderate activity levels rather than high-intensity moisture-wicking environments.
| Age Group | adult |
|---|---|
| Colour | White |
| Gender | Female |
| Material | Cotton |
| Dress Size UK | 14 |
| Fit | Regular |
| Neck Line | Crew |
| Size | L |
| Model Part Number | 199390038356 |
| Brand | The North Face |
While durable, it is made of cotton, which absorbs moisture. It is best suited for low-intensity activities or as a casual lifestyle piece.
Yes, it is designed with a regular fit that aligns with standard women's sizing for a comfortable, reliable feel.
Machine wash in cold water with like colors and tumble dry on a low setting to prevent shrinkage.
The shirt is crafted from 100% cotton, chosen for its softness and comfort.
Yes, its regular fit makes it an ideal, non-restrictive base layer for casual layering during the day.
Ensure you are using a mild detergent and consider using a gentle fabric softener to restore the original feel of the cotton.
Avoid hanging the shirt while wet; instead, lay it flat to dry to maintain the structural integrity of the crew neck collar.
Because this is a standard apparel item, no technical setup is required. To maintain the integrity of the cotton fabric and the longevity of the logo, it is recommended to wash the garment in cold water with similar colors. Avoid using harsh bleach or heavy heat in the dryer, as these can cause the cotton fibers to break down prematurely or lead to shrinking. Air drying or tumble drying on a low-heat setting is the best way to preserve the fit and appearance of the shirt over time.