Levi's 720™ Super Skinny Jeans - Black - 16


Currently unavailable


Currently unavailable
The Levi's 720 High Rise Super Skinny Jeans are designed for adults seeking a flattering, supportive fit that contours to the body while maintaining its shape throughout the day. These jeans excel at leg-lengthening and figure-sculpting thanks to advanced stretch fabric, though users should be mindful of the high-rise cut which may feel restrictive compared to mid or low-rise alternatives.
| Age Group | adult |
|---|---|
| Colour | Black |
| Gender | Female |
| Material | Denim |
| Dress Size UK | 16 |
| Brand | Levi's |
These jeans are made from premium denim integrated with Levi's Sculpt Hyperstretch technology for a blend of comfort and compression.
No, the Sculpt Hyperstretch fabric is specifically engineered to resist stretching out, ensuring they maintain their fit throughout the day.
Yes, but they should be washed inside out in cold water and preferably line-dried to maintain fabric integrity.
Yes, the 720 series generally follows standard sizing, though the 'super skinny' cut means they will have a snug, form-fitting feel.
The jeans feature the classic Levi's 5-pocket design.
The Sculpt Hyperstretch fabric is designed to be compressive; ensure you are pulling them fully into place. If discomfort persists, consider sizing up.
Always wash in cold water inside out and avoid direct sunlight when drying to protect the deep black pigment.
To ensure your jeans remain in optimal condition, always turn them inside out before placing them in the washing machine. Wash with like colors using a cold cycle to prevent the black fabric from fading prematurely. Avoid harsh detergents or bleach. For drying, it is highly recommended to hang-dry or lay flat; excessive heat from a tumble dryer can break down the elastic fibers within the Sculpt Hyperstretch technology, compromising the intended fit. While these jeans are true to size for a skinny fit, ensure you check your measurements against a standard UK size 16 guide to confirm your preferred level of compression.