Burberry Surfer Bear T-Shirt - Cream - 6-9

Currently unavailable

Currently unavailable
The Burberry Surfer Bear T-Shirt is a premium cotton garment designed for infants and young children, combining everyday comfort with the brand's iconic playful aesthetic. It is an ideal choice for parents seeking a durable yet stylish top for casual outings; however, as a high-end designer piece, it requires careful laundry management to maintain the integrity of the printed graphic and fabric softness.
| Age Group | kids |
|---|---|
| Colour | Cream |
| Gender | Female |
| Material | Cotton |
| Pattern | Animal |
| Baby Size | 6-9 |
| Model Part Number | BURS6079138242 |
| Brand | Burberry |
Turn the shirt inside out and wash in cold water on a delicate cycle. Hang to dry or use a low-heat setting.
The snap closure is primarily included on infant sizes to assist with changing; check your specific size's layout.
Yes, the garment is made from high-quality natural cotton, which is generally gentle on sensitive skin.
As with most high-quality cotton items, slight natural shrinkage can occur if exposed to high heat. Always use cold wash and low heat drying.
No, you should never iron directly over the print. Always iron on the reverse side to prevent heat damage.
Lightly steam or iron the garment on a low setting while inside out to smooth the cotton fibers.
Ensure no fabric lint is caught in the snap mechanism and align the male and female parts vertically before applying pressure.
To ensure the longevity of the Burberry Surfer Bear T-Shirt, always follow the care label instructions. It is recommended to machine wash on a cold, delicate cycle with like colors to prevent the cream fabric from fading or staining. Always turn the garment inside out before washing to protect the printed surfing bear design. Avoid using harsh bleach or heavy detergents. For drying, a low-heat tumble cycle or air drying flat is preferred to prevent shrinkage and maintain the fabric's soft texture. When ironing, always iron on the reverse side to avoid direct heat contact with the printed area.