Brand Threads Squishmallows Nightie - Pink - 9-10


Currently unavailable


Currently unavailable
The Brand Threads Squishmallows Nightie is an ideal sleepwear choice for children who love cozy, character-themed apparel. Designed with a soft, lightweight polyester fabric and a relaxed, above-knee fit, it provides maximum comfort for sleeping or lounging. While the durable material and vibrant print make it a reliable choice for everyday wear, parents should note that the polyester fabric is synthetic and may not be as breathable as natural fibers like cotton during warmer summer months.
| Age Group | kids |
|---|---|
| Colour | Pink |
| Gender | Female |
| Material | Polyester |
| Child Size UK | 9-10 |
| Model Part Number | 78G664-10/11YEARS-Pink |
| Brand | Brand Threads |
The nightie is made from soft polyester, which is generally gentle, but if your child has specific allergies to synthetic materials, you may prefer natural fibers.
Polyester is highly resistant to shrinking, so you should find that the nightie maintains its original size even after many washes.
Yes, it can be tumble dried, though using a low heat setting is recommended to prolong the life of the fabric and print.
This specific variant is sized for children aged 9 to 10 years.
Yes, Brand Threads offers a range of sizes from 6-7 years up to 11-12 years in this design.
Use a standard fabric conditioner during the rinse cycle or hang to air dry instead of using a high-heat tumble dryer.
Turn the garment inside out before washing to protect the printed surface from friction against other clothing.
There is no complex setup required for this garment; it is ready to wear immediately. To maintain the quality of the print and the integrity of the fabric, machine wash the nightie at 40 degrees Celsius. It is recommended to wash with similar colors to keep the pink hues bright. Because of the polyester composition, it dries relatively quickly after being hung or placed in a dryer on a low setting. Avoid harsh bleaching agents to prevent damage to the character design.