This lightweight crushed cotton crewneck T-shirt in hibiscus print is perfect for a casual day out. Its regular fit enhances comfort, while the floral design adds a touch of playfulness. Featuring side slits for ease of movement, this slip-on style is crafted from 100% cotton jersey and 32% metal, ensuring breathability and a chic appearance. Designed by Christopher Esber, this versatile top is ideal for layering or wearing alone, making it a stylish wardrobe essential.
From the brand: Color: Hibiscus Print
Lightweight crushed cotton reinforced fabric
Regular fit
Crewneck
Short sleeves
Floral print
Side slits
Slip-on style
100% Cotton Jersey
68% Cotton 32% Metal
Dry Clean Only
By Christopher Esber. Imported
FAQ About Christopher Esber Hibiscus Crushed Tee - Hibiscus Print
To maintain the quality of the Christopher Esber Hibiscus Crushed Tee, it’s recommended to have it dry cleaned only. This will help preserve the lightweight crushed cotton fabric and prevent any potential damage that washing at home might cause.
Yes, the Christopher Esber Hibiscus Crushed Tee is made from a lightweight cotton blend, making it ideal for warm weather. Its breathable fabric will keep you comfortable, while the floral print adds a fresh touch to your summer wardrobe.
The Christopher Esber Hibiscus Crushed Tee features a unique floral print and side slits, enhancing both its design and comfort. The crewneck and short sleeves contribute to its regular fit, making it versatile for casual or upscale occasions.
The Christopher Esber Hibiscus Crushed Tee can be easily dressed up or down, making it suitable for casual outings or more sophisticated events. Pair it with denim for a laid-back look or style it with tailored pants for a chic ensemble. Check out the complementary products in the styling section on this page for outfit inspiration!
The Christopher Esber Hibiscus Crushed Tee is crafted from a combination of 100% cotton jersey, providing a soft feel, and 32% metal for added texture. This blend ensures the tee not only looks good but also provides durability.
